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In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (mexican and french canadian). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (hispanic and french canadian). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
We want to evaluate the conversion from a Voice A to an other Voice B with a mexican accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a hispanic accent.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (latin american and french canadian). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (mexican and french canadian). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
We want to evaluate the conversion from a Voice A to an other Voice B with a latin american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a mexican accent.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (latin american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (latin american and french canadian). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a latin american accent.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (latin american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+3:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#0:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:)
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
In this first part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
the source Voice A :
- The source Voice A :
the target Voice B :
- The target Voice B :
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-2:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#0:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+2:)
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please use headphones if you can.
- to the left if you prefer file1
- to the right if you prefer file2.
- to the left if you prefer File 1
- to the right if you prefer File 2.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+3:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#0:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:)
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
the source Voice A :
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
- The source Voice A :
the target Voice B :
- The target Voice B :
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-2:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#0:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+2:)
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
1. For each line on the tab, listen carefully to File 1 and File 2.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+3:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:)
A few more questions :
- Are you familiar with Speech processing or Voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphones ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Your language ? Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
---
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
In this first part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
- The source Voice A :
the source Voice A :
- The target Voice B :
the target Voice B :
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-2:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#0:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:)
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please use headphones if you can.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
- to the left if you prefer File 1
- to the right if you prefer File 2.
- to the left if you prefer file1
- to the right if you prefer file2.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+3:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#+1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#0:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-1:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-2:) (:cell align=center:) (:input radio Fe-Sin-88/Fe-Mul-88 B-Fe-Sin-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:)
---
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
- The source Voice A :
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
the source Voice A :
- The target Voice B :
the target Voice B :
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-2:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#0:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:)
1. For each line on the tab, listen carefully to File 1 and File 2.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+3:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:)
A few more questions :
- Are you familiar with Speech processing or Voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphones ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Your language ? Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71 A-Fe-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-2:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#-1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#0:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+1:) (:cell align=center:) (:input radio Fe-Mul-71 A-Fe-Mul-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-99 B-Fe-Sin-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-2:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#-1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#0:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+1:) (:cell align=center:) (:input radio Tr-Sin-71 A-Tr-Sin-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71 A-Tr-Mul-71#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+3:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99/Tr-Sin-99 B-Tr-Mul-99#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:)
It should take you between 5 and 10 minutes to complete the test.
It should take you between 5 and 10 minutes to complete the test.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please use a headphone if you can.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please use headphones if you can.
- Did you use headphone ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Did you use headphones ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent (south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
- Are you familiar with speech processing or voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Are you familiar with Speech processing or Voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice.
The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice.
- In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
- It should take you between 5 and 10 minutes to complete the test.
- By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
- Please listen to them in order to get familiar to their different timbre qualities.
- Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Please listen to them in order to get familiar to their different timbre qualities.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice.
- The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
- In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
- It should take you between 5 and 10 minutes to complete the test.
- By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
the source Voice A :
- The source Voice A :
the target Voice B :
- The target Voice B :
Please listen to them in order to get familiar to their different timbre qualities.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
- Please listen to them in order to get familiar to their different timbre qualities.
- Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please you a headphone if you can.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please use a headphone if you can.
the source Voice A :
- The source Voice A :
the target Voice B :
- The target Voice B :
We want to evaluate the conversion from a voice A to an other voice B with a south american accent.
We want to evaluate the conversion from a Voice A to an other Voice B with a south american accent.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please you a headphone if you can.
1. For each line on the tab, listen carefully to File 1 and File 2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please you a headphone if you can.
- to the left if you prefer file1
- to the right if you prefer file2.
- to the left if you prefer File 1
- to the right if you prefer File 2.
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
1. For each line on the tab, listen carefully to file1 and file2.
1. For each line on the tab, listen carefully to File 1 and File 2.
---
- Are you familiar with speech processing or voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphone ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Your language ? Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
- Are you familiar with speech processing or voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphone ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Your language ? Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
- Are you familiar with speech processing or voice conversion?
Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphone?
Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Language
Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
- Are you familiar with speech processing or voice conversion ? Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphone ? Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Your language ? Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
Are you an
- Are you familiar with speech processing or voice conversion?
Yes(:input radio expert expert#1:) | No(:input radio expert expert#0:)
- Did you use headphone?
Yes(:input radio hp hp#1:) | No(:input radio hp hp#0:)
- Language
Native french speaker(:input radio French French#2:) | French speaker(:input radio French French#1:) | Other(:input radio French French#0:)
In this first part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
We want to evaluate the conversion from a voice A to an other voice B with a south american accent.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same source-target conversion, but processed by using slightly different methods. The differences requires careful listening so please you a headphone if you can.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
1. For each line on the tab, listen carefully to file1 and file2.
A few more questions :
Are you an
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speakers, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 2 differents speakers with differents accent ('south american and french canadian'). For each conversion, 2 test will be made, one about the proximity of the converted voice to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test.
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-23.mp3 width=22 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-2:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#0:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#-2:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#-1:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#0:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#+1:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#-2:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#-1:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#0:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#+1:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-2:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#0:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+2:)
(:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#-2:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#-1:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#0:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#+1:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-2:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#0:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#-2:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#-1:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#0:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#+1:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-2:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#0:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-2:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#0:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+2:)
(:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-2:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#0:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-2:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#0:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-2:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#0:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-2:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#0:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-2:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#0:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-2:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#0:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-2:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#0:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+2:)
(:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#-2:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#-1:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#0:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#+1:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-2:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#0:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-2:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#0:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+2:)
(:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-2:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#0:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-2:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#0:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-2:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#0:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+3:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#0:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+3:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+3:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#0:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+3:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#0:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-184.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+3:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#0:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+3:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#0:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+3:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#0:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+3:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#0:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+3:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#0:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-184.mp3 width=62 height=18:)
---
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-23.mp3 width=22 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-2:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#0:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-2:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#0:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-2:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#0:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-2:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#0:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-2:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#0:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-2:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#0:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-2:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#0:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+2:)
(:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-2:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#0:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-2:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#0:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-2:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#0:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-2:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#0:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-2:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#0:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-2:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#0:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-2:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#0:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-2:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#0:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-2:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#0:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-2:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#0:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+2:)
(:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-2:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#0:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-2:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#0:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-2:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#0:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+3:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#0:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+3:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#0:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+3:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#0:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+3:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#0:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-184.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+3:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#0:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+3:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#0:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+3:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#0:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-184.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+3:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#0:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+3:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#0:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-88.mp3 width=62 height=18:)
Third voice conversion
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
the source Voice A :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:) (:tableend:)
the target Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-23.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-2:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#0:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-2:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#0:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-2:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#0:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-2:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#0:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-2:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#0:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-2:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#0:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-2:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#0:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-2:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#0:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-2:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#0:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-2:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#0:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:) (:tableend:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+3:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#0:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+3:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#0:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+3:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#0:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-184.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+3:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#0:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+3:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#0:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-88.mp3 width=62 height=18:) (:tableend:)
(:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+3:)
(:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#-3:)
(:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+3:)
(:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#-3:)
(:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+3:)
(:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#-3:)
(:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+3:)
(:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#-3:)
(:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+3:)
(:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#-3:)
(:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+3:)
(:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#-3:)
(:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+3:)
(:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#-3:)
(:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+3:)
(:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#-3:)
(:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+3:)
(:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#-3:)
(:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+3:)
(:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#-3:)
(:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+3:)
(:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#-3:)
(:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+3:)
(:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#-3:)
(:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+3:)
(:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#-3:)
(:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+3:)
(:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#-3:)
(:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+3:)
(:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#-3:)
(:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+3:)
(:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#-3:)
(:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+3:)
(:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#-3:)
(:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+3:)
(:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#-3:)
(:cell align=center:) (:input radio XaEx3 AXaEx3#-2:) (:cell align=center:) (:input radio XaEx3 AXaEx3#-1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#0:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+2:)
(:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#-2:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#-1:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#0:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#+1:) (:cell align=center:) (:input radio Xa-Ex-3a A-Xa-Ex-3a#+2:)
(:cell align=center:) (:input radio XaEx4 AXaEx4#-2:) (:cell align=center:) (:input radio XaEx4 AXaEx4#-1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#0:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+2:)
(:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#-2:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#-1:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#0:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#+1:) (:cell align=center:) (:input radio Xa-Ex-4a A-Xa-Ex-4a#+2:)
(:cell align=center:) (:input radio XaEx7 AXaEx7#-2:) (:cell align=center:) (:input radio XaEx7 AXaEx7#-1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#0:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+2:)
(:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#-2:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#-1:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#0:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#+1:) (:cell align=center:) (:input radio Xa-Ex-7a A-Xa-Ex-7a#+2:)
(:cell align=center:) (:input radio XaEx4 AXaEx4#-2:) (:cell align=center:) (:input radio XaEx4 AXaEx4#-1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#0:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+2:)
(:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-2:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#-1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#0:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+1:) (:cell align=center:) (:input radio Xa-Ex-4b A-Xa-Ex-4b#+2:)
(:cell align=center:) (:input radio XaEx3 AXaEx3#-2:) (:cell align=center:) (:input radio XaEx3 AXaEx3#-1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#0:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+2:)
(:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-2:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#-1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#0:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+1:) (:cell align=center:) (:input radio Xa-Ex-3b A-Xa-Ex-3b#+2:)
(:cell align=center:) (:input radio XaEx7 AXaEx7#-2:) (:cell align=center:) (:input radio XaEx7 AXaEx7#-1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#0:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+2:)
(:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-2:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#-1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#0:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+1:) (:cell align=center:) (:input radio Xa-Ex-7b A-Xa-Ex-7b#+2:)
(:cell align=center:) (:input radio XaEx7 AXaEx7#-2:) (:cell align=center:) (:input radio XaEx7 AXaEx7#-1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#0:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+2:)
(:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-2:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#-1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#0:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+1:) (:cell align=center:) (:input radio Xa-Ex-7c A-Xa-Ex-7c#+2:)
(:cell align=center:) (:input radio XaEx3 AXaEx3#-2:) (:cell align=center:) (:input radio XaEx3 AXaEx3#-1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#0:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+1:) (:cell align=center:) (:input radio XaEx3 AXaEx3#+2:)
(:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-2:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#-1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#0:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+1:) (:cell align=center:) (:input radio Xa-Ex-3c A-Xa-Ex-3c#+2:)
(:cell align=center:) (:input radio XaEx4 AXaEx4#-2:) (:cell align=center:) (:input radio XaEx4 AXaEx4#-1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#0:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+1:) (:cell align=center:) (:input radio XaEx4 AXaEx4#+2:)
(:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-2:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#-1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#0:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+1:) (:cell align=center:) (:input radio Xa-Ex-4c A-Xa-Ex-4c#+2:)
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(:cell align=center:) (:input radio XaEx7 AXaEx7#-2:) (:cell align=center:) (:input radio XaEx7 AXaEx7#-1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#0:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+2:)
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(:cell align=center:) (:input radio XaEx7 AXaEx7#-2:) (:cell align=center:) (:input radio XaEx7 AXaEx7#-1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#0:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+1:) (:cell align=center:) (:input radio XaEx7 AXaEx7#+2:)
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(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
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(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-2:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#0:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-23.mp3 width=22 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-2:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#0:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-2:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#0:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-2:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#0:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+2:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-23.mp3 width=22 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-2:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#0:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-2:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#0:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-2:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#0:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+2:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-23.mp3 width=22 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-2:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#-1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#0:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+1:) (:cell align=center:) (:input radio Bo-Ex-7 A-Bo-Ex-7#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-2:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#-1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#0:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+1:) (:cell align=center:) (:input radio Bo-Ex-3 A-Bo-Ex-3#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Bo-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-2:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#-1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#0:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+1:) (:cell align=center:) (:input radio Bo-Ex-4 A-Bo-Ex-4#+2:)
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
In this evaluation we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Please listen to them in order to get familiar to their different timbre qualities.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-2:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#0:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#-2:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#-1:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#0:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#+1:) (:cell align=center:) (:input radio Th-Mul-99 A-Th-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-2:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#0:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-2:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#0:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-2:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#-1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#0:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+1:) (:cell align=center:) (:input radio Fe-Mul-99 A-Fe-Mul-99#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#-2:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#-1:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#0:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-2:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#-1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#0:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+1:) (:cell align=center:) (:input radio Tr-Mul-99 A-Tr-Mul-99#+2:)
The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice. The language of the speech utterances used in this test will be French but you can participate to this test even if you are not a French speaker. The method will transform only the timbre qualities of one voice so that it resembles another one. The prosodic caracteristics will not be modified.
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speakers, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice. The language of the speech utterances used in this test will be French but you can participate to this test even if you are not a French speaker. The method will transform only the timbre qualities of one voice so that it resembles another one. The prosodic characteristics will not be modified.
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speakers, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
Conversion into the first speaker voice
First voice conversion
Second speaker
Second voice conversion
Third speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
Third voice conversion
We now going to test the conversion from the same voice A to an other voice B with a french canadian accent. Here you can find example utterances of the two different voices:
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Fe-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-23.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-20.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-21.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Tr-Ex-23.mp3 width=22 height=18:)
First speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
Conversion into the first speaker voice
In this first part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different speakers voices:
Voice Conversion
Voice Conversion
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speakers, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
It should take you between 5 and 10 minutes to complete the test. (""If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire."")
It should take you between 5 and 10 minutes to complete the test. (If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.)
By completing this short questionnaire you are contributing to research on voice conversion technologies, carried out at the Analysis Synthesis team of IRCAM.
By completing this short questionnaire you are contributing to research on voice conversion, carried out at the Analysis Synthesis team of IRCAM.
The goal is to evaluate different methods used for converting a source voice into a target voice. The language of the speech utterances used in this test will be French. The method will transform only the timbre qualities of one voice so that it resembles another one.
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (French, french canadian and south american). For each conversion, 2 test will be made.
It should take you between 5 and 10 minutes to complete the test. If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.
The goal of this subjective test is to evaluate different methods used for converting a source voice into a target voice. The language of the speech utterances used in this test will be French but you can participate to this test even if you are not a French speaker. The method will transform only the timbre qualities of one voice so that it resembles another one. The prosodic caracteristics will not be modified.
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (french, french canadian and south american). For each conversion, 2 test will be made, one about the proximity to the target and one about the quality of the conversion.
It should take you between 5 and 10 minutes to complete the test. (""If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire."")
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-2:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#0:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#-2:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#-1:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#0:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#+1:) (:cell align=center:) (:input radio Th-Sin-99 A-Th-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-2:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#0:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-2:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#0:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-2:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#0:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-2:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#0:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-2:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#0:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-2:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#0:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-2:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#0:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+2:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+3:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Mul-38#0:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Mul-38/Th-Sin-38 B-Th-Sin-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+3:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+1:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+2:) (:cell align=center:) (:input radio Th-Sin-8/Th-Mul-8 B-Th-Mul-8#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+3:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#+1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Sin-71#0:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+1:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+2:) (:cell align=center:) (:input radio Th-Sin-71/Th-Mul-71 B-Th-Mul-71#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+3:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#+1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Mul-184#0:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+1:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+2:) (:cell align=center:) (:input radio Th-Mul-184/Th-Sin-184 B-Th-Sin-184#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-184.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+3:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#+1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Sin-88#0:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+2:) (:cell align=center:) (:input radio Th-Sin-88/Th-Mul-88 B-Th-Mul-88#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:)
the target Voice B :
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc09 align=center:) B
(:cellnr bgcolor=#cccc99 align=center:) A
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
the target Voice B :
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-2:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#-1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#0:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+1:) (:cell align=center:) (:input radio Fe-Ex-2 A-Fe-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#-2:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#-1:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88 A-Fe-Mul-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-2:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#-1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#0:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+1:) (:cell align=center:) (:input radio Fe-Sin-99 A-Fe-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-2:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#-1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#0:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+1:) (:cell align=center:) (:input radio Fe-Ex-6 A-Fe-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-2:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#-1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#0:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+1:) (:cell align=center:) (:input radio Fe-Mul-82 A-Fe-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-2:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#-1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#0:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+1:) (:cell align=center:) (:input radio Fe-Sin-171 A-Fe-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-2:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#-1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#0:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+1:) (:cell align=center:) (:input radio Fe-Ex-5 A-Fe-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-2:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#-1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#0:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+1:) (:cell align=center:) (:input radio Fe-Sin-82 A-Fe-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-2:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#-1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#0:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+1:) (:cell align=center:) (:input radio Fe-Mul-171 A-Fe-Mul-171#+2:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
Third speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+3:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Mul-88#0:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+1:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+2:) (:cell align=center:) (:input radio Fe-Mul-88/Fe-Sin-88 B-Fe-Sin-88#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-88.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+3:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Sin-71#0:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+1:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+2:) (:cell align=center:) (:input radio Fe-Sin-71/Fe-Mul-71 B-Fe-Mul-71#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+3:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#+1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Mul-11#0:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+1:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+2:) (:cell align=center:) (:input radio Fe-Mul-11/Fe-Sin-11 B-Fe-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+3:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#+1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Mul-8#0:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+1:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+2:) (:cell align=center:) (:input radio Fe-Mul-8/Fe-Sin-8 B-Fe-Sin-8#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+3:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#+1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Sin-38#0:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+1:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+2:) (:cell align=center:) (:input radio Fe-Sin-38/Fe-Mul-38 B-Fe-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+3:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#+1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Sin-184#0:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+1:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+2:) (:cell align=center:) (:input radio Fe-Sin-184/Fe-Mul-184 B-Fe-Mul-184#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Fe-Mul-184.mp3 width=62 height=18:)
the target Voice B :
Third speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc09 align=center:) B
(:cellnr bgcolor=#cccc99 align=center:) A
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
the target Voice B :
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-2:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#-1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#0:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+1:) (:cell align=center:) (:input radio Tr-Ex-2 A-Tr-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-2:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#-1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#0:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+1:) (:cell align=center:) (:input radio Tr-Mul-82 A-Tr-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-99.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-2:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#-1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#0:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+1:) (:cell align=center:) (:input radio Tr-Sin-99 A-Tr-Sin-99#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-2:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#-1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#0:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+1:) (:cell align=center:) (:input radio Tr-Ex-6 A-Tr-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-2:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#-1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#0:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+1:) (:cell align=center:) (:input radio Tr-Mul-171 A-Tr-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-2:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#-1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#0:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+1:) (:cell align=center:) (:input radio Tr-Sin-82 A-Tr-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-2:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#-1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#0:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+1:) (:cell align=center:) (:input radio Tr-Ex-5 A-Tr-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-2:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#-1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#0:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+1:) (:cell align=center:) (:input radio Tr-Sin-171 A-Tr-Sin-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#-2:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#-1:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#0:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88 A-Tr-Mul-88#+2:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+3:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#+1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Sin-11#0:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+1:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+2:) (:cell align=center:) (:input radio Tr-Sin-11/Tr-Mul-11 B-Tr-Mul-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+3:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#+1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Sin-8#0:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+1:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+2:) (:cell align=center:) (:input radio Tr-Sin-8/Tr-Mul-8 B-Tr-Mul-8#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-8.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-71.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+3:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Mul-71#0:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+1:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+2:) (:cell align=center:) (:input radio Tr-Mul-71/Tr-Sin-71 B-Tr-Sin-71#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-71.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-184.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+3:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#+1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Sin-184#0:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+1:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+2:) (:cell align=center:) (:input radio Tr-Sin-184/Tr-Mul-184 B-Tr-Mul-184#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-184.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+3:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#+1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Sin-38#0:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+1:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+2:) (:cell align=center:) (:input radio Tr-Sin-38/Tr-Mul-38 B-Tr-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-38.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+3:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Mul-88#0:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+1:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+2:) (:cell align=center:) (:input radio Tr-Mul-88/Tr-Sin-88 B-Tr-Sin-88#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Tr-Sin-88.mp3 width=62 height=18:) (:tableend:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-2:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#0:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-2:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#0:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-2:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#0:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-2:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#0:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-2:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#0:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#-2:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#-1:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#0:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#+1:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-2:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#0:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-2:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#0:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-2:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#0:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+2:)
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+3:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-1.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+3:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
the target Voice B :
(:cellnr bgcolor=#cccc99 align=center:) A
(:cellnr bgcolor=#cccc09 align=center:) B
the target Voice B :
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
Third speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
the target Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#-2:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#-1:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#-2:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#-1:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#0:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#-2:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#-1:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#+2:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-2.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-2:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#-1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#0:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+1:) (:cell align=center:) (:input radio Th-Ex-2 A-Th-Ex-2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-3.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-2:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#-1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#0:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+1:) (:cell align=center:) (:input radio Xa-Ex-3 A-Xa-Ex-3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-2:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#-1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#0:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+1:) (:cell align=center:) (:input radio Th-Sin-82 A-Th-Sin-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-2:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#-1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#0:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+1:) (:cell align=center:) (:input radio Th-Mul-88 A-Th-Mul-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-4.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-2:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#-1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#0:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+1:) (:cell align=center:) (:input radio Xa-Ex-4 A-Xa-Ex-4#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-5.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-2:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#-1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#0:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+1:) (:cell align=center:) (:input radio Th-Ex-5 A-Th-Ex-5#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-2:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#-1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#0:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+1:) (:cell align=center:) (:input radio Th-Mul-171 A-Th-Mul-171#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-88.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#-2:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#-1:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#0:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#+1:) (:cell align=center:) (:input radio Th-Sin-88 A-Th-Sin-88#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Ex-6.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-2:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#-1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#0:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+1:) (:cell align=center:) (:input radio Th-Ex-6 A-Th-Ex-6#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Xa-Ex-7.mp3 width=62 height=18:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-2:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#-1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#0:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+1:) (:cell align=center:) (:input radio Xa-Ex-7 A-Xa-Ex-7#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-82.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-2:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#-1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#0:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+1:) (:cell align=center:) (:input radio Th-Mul-82 A-Th-Mul-82#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-171.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-2:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#-1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#0:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+1:) (:cell align=center:) (:input radio Th-Sin-171 A-Th-Sin-171#+2:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#-2:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#-1:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1 A-Th-Sin-1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8 A-Th-Sin-8#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#-2:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#-1:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#0:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Sin-11 A-Th-Sin-11#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#-2:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#-1:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38 A-Th-Sin-38#+2:)
- to the left if you prefer file1
- to the right if you prefer file2.
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
the target Voice B :
- to the left if you prefer file1
- to the right if you prefer file2.
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+3:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 B-Th-Mul-1#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-1.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 B-Th-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+3:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 B-Th-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
the target Voice B :
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#-2:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#-1:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#-2:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#-1:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#0:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#+1:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#-2:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#-1:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#+2:) (:tableend:)
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:)
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
- to the left if you prefer file1
- to the right if you prefer file2.
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
- to the left if you prefer file1
- to the right if you prefer file2.
the target Voice B :
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+3:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-1.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+3:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:)
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B
Second speaker
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
the source Voice A :
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
the target Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:tableend:)
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:tableend:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+3:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+1:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+2:) (:cell align=center:) (:input radio Th-Sin-1/Th-Mul-1 Th-Mul-1#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-1.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+3:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Mul-11#0:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+1:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+2:) (:cell align=center:) (:input radio Th-Mul-11/Th-Sin-11 Th-Sin-11#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+3:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+1:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+2:) (:cell align=center:) (:input radio Th-Sin-38/Th-Mul-38 Th-Mul-38#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Mul-38.mp3 width=62 height=18:) (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-1.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#-2:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#-1:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#0:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#+1:) (:cell align=center:) (:input radio Th-Sin-1 PTh-Sin-1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-8.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#-2:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#-1:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#0:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#+1:) (:cell align=center:) (:input radio Th-Sin-8 PTh-Sin-8#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-11.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#-2:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#-1:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#0:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#+1:) (:cell align=center:) (:input radio Th-Sin-11 PTh-Sin-11#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3_IS2010/Th-Sin-38.mp3 width=62 height=18:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#-2:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#-1:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#0:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#+1:) (:cell align=center:) (:input radio Th-Sin-38 PTh-Sin-38#+2:) (:tableend:)
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B
the Voice A :
the source Voice A :
the Voice B :
the target Voice B :
the Voice A :
the source Voice A :
the Voice B :
the target Voice B :
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
We now going to test the conversion from the same voice A to an other voice B. Here you can find example utterances of the two different voices:
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
As for the conversion into the first voice speaker, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
Now, as for the first speaker, we ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
(:cell align=center:) (:input radio pair2 P2#-2:)(:cell align=left:) Perceived as voice A
(:cell align=center:) (:input radio pair2 P2#-2:)
(:cell align=center:) (:input radio pair2 P2#-2:)
(:cell align=center:) (:input radio pair2 P2#-2:)(:cell align=left:) Perceived as voice A
(:tableend:)
Second speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
the Voice A :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
the Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B
(:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:)
(:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:)
(:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:tableend:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
Second speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
the Voice A :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
the Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:tableend:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:tableend:)
(:tableend:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2
(:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:)
Second speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
the Voice A :
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0
the Voice B :
- to the left if you prefer file1
- to the right if you prefer file2.
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Second speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
the Voice A :
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B
(:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
the Voice B :
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:)
Second speaker
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Here you can find example utterances of two different voices:
the Voice A :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
the Voice B :
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:tableend:)
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr bgcolor=#cccc29 align=left:) -> (:cell align=left:) Perceived as closer to voice B (:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) File (:cell bgcolor=#cccc99 align=center:) A (:cell bgcolor=#cccc79 align=center:) <- (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc29 align=center:) -> (:cell bgcolor=#cccc09 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:) (:tableend:)
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) File 1 (:cell bgcolor=#cccc99 align=center:) +3 (:cell bgcolor=#cccc89 align=center:) +2 (:cell bgcolor=#cccc79 align=center:) +1 (:cell bgcolor=#cccc59 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc19 align=center:) +2 (:cell bgcolor=#cccc09 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File 2 (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:tableend:)
the Voice A :
the Voice A :
the Voice B :
the Voice B :
In Part 1 of this evaluation test, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
In this fisrt part, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
In Part 2 of this evaluation test, at each step you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation. For each pair, both sounds will correspond to the same sentence, but processed by using slightly different techniques.
perceiving the differences requires careful listening.
Please listen carefully to the pair of utterances below, decide which of the two is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line of the tab, listen carefully to file1 and file2 (but try to avoid to repeat the playing).
2. Then give a preference score about the timbre of the voice (please don't take the intonation into account), according to the following grades tab:
We now ask you to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
1. For each line on the tab, listen carefully to file1 and file2. Both sounds will correspond to the same sentence, but processed by using slightly different methods. The differences requires careful listening.
2. Then give a preference score about according to the following grades tab:
First speaker
In this test we will test the conversion to 3 differents speakers with differents accent (French, french canadian and south american). For each conversion, 2 test will be made.
In this test we will test the conversion of the voice of a french speaker into the voice of 3 differents speakers with differents accent (French, french canadian and south american). For each conversion, 2 test will be made.
This test is made in 3 parts. It should take you between 5 and 10 minutes to complete the test.
By completing this short questionnaire you are contributing to ongoing research on voice conversion technologies, carried out at the Analysis Synthesis team of IRCAM.
In this test we will test the conversion to 3 differents speakers with differents accent (French, french canadian and south american). For each conversion, 2 test will be made.
It should take you between 5 and 10 minutes to complete the test. If the test seems two long for you, you can stop after 1 or 2 speaker, but please don't forget to send your answers by clicking on the send button at the end of this questionnaire.
By completing this short questionnaire you are contributing to research on voice conversion technologies, carried out at the Analysis Synthesis team of IRCAM.
Pierre
(:div style='text-align:justify; float:left; width:31%; padding-right:2%; padding-bottom:5px;':)
(:divend:) (:div style='text-align:justify; float:left; width:31%; padding-right:2%; padding-bottom:5px;':)
(:divend:)
(:div style='text-align:justify; float:left; width:31%; padding-right:2%; padding-bottom:5px;':)
(:divend:) (:div style='text-align:justify; float:left; width:31%; padding-right:2%; padding-bottom:5px;':)
(:divend:)
(:columns 1 Page:)
(:columns 1 Page:)
(:table border=0 cellpadding=2 cellspacing=0 align=center:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
(:cell align=center:) Perceived as closer to voice B
(:cell align=left:) Perceived as closer to voice B
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr align=center:) A (:cell align=center:) Perceived as voice A (:cellnr align=center:) <- (:cell align=center:) Perceived as closer to voice A (:cellnr align=center:) 0
(:table border=0 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A (:cell align=left:) Perceived as voice A (:cellnr bgcolor=#cccc79 align=center:) <- (:cell align=left:) Perceived as closer to voice A (:cellnr bgcolor=#cccc59 align=center:) 0
(:cellnr align=center:) ->
(:cellnr bgcolor=#cccc29 align=left:) ->
(:cellnr align=center:) B (:cell align=center:) Perceived as voice B
(:cellnr bgcolor=#cccc09 align=center:) B (:cell align=left:) Perceived as voice B
(:cellnr align=center:) A (:cell align=center:) Perceived as voice A (:cellnr align=center:) <- (:cell align=center:) Perceived as closer to voice A (:cellnr align=center:) 0 (:cell align=center:) Perceived as between voice A and voice B (:cellnr align=center:) -> (:cell align=center:) Perceived as closer to voice B (:cellnr align=center:) B (:cell align=center:) Perceived as voice B (:tableend:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
It is important to remark that we used similar techniques for processing each of the two utterances, so perceiving the differences requires careful listening.
Click on 'Continue' to proceed with the test or 'Back' to return to the login page.
perceiving the differences requires careful listening.
It is important to remark that we used similar techniques for processing each of the two utterances, so perceiving the differences requires careful listening.
Once you are done, click on 'Next' to proceed.
(:cellnr bgcolor=#cccc09 align=center:) B
(:cellnr bgcolor=#cccc99 align=center:) A
(:table border=0 cellpadding=2 width=30% cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) A
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc09 align=center:) B
(:cell bgcolor=#cccc09 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
(:table border=0 cellpadding=2 cellspacing=50 align=center:)
(:table border=0 cellpadding=2 width=30% cellspacing=0 align=center:)
(:cell align=center:)
(:cell colspan=300 align=center:)
(:cell align=center:)
(:cell align=center:)
(:cell bgcolor=#cccc09 align=right:) B (:cell align=center:)
(:cell bgcolor=#cccc09 align=center:) B
(:table border=0 cellpadding=2 cellspacing=0 align=center:)
(:table border=0 cellpadding=2 cellspacing=50 align=center:)
(:cell rowspan=300 align=center:)
(:cell colspan=300 align=center:)
(:cell align=center:)
(:cell rowspan=300 align=center:)
(:cell align=center:) (:cell bgcolor=#cccc09 align=right:) B
(:cell bgcolor=#cccc09 align=right:) B (:cell align=center:)
(:cell bgcolor=#cccc99 align=right:) B
(:cell bgcolor=#cccc09 align=right:) B
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
(:table border=0 cellpadding=2 cellspacing=0 align=center:)
(:cell bgcolor=#cccc99 align=center:) B
(:cell bgcolor=#cccc99 align=right:) B
(:cell align=center:) (:cell bgcolor=#cccc99 align=center:) B (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=22 height=18:)
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B. (In case you need it, help yourself by listening again to the reference examples you were given before (available at the bottom))
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B.
Here you can find example utterances of two different voices: the Voice A (on the top) and the Voice B (down).
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Here you can find example utterances of two different voices:
the Voice A :
the Voice B :
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
After getting familiar to these two voices, in the next pages you will be asked to listen to a series of short utterances and, for each one, vote whether it is perceived as closer to the Voice A or to the Voice B.
Please listen to the utterance under evaluation and choose one of the four options to its right. Once you are done, click on 'Next' to proceed.
In case you need it, help yourself by listening again to the reference examples you were given before (available at the bottom).
Now, for each of the following file, vote whether it is perceived as closer to the Voice A or to the Voice B. (In case you need it, help yourself by listening again to the reference examples you were given before (available at the bottom))
Below you can find example utterances of two different voices: the Voice A (on the left side) and the Voice B (on the right side). Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Here you can find example utterances of two different voices: the Voice A (on the top) and the Voice B (down).
Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
Part 1 - At each step, you will be asked to listen to a short utterance and vote whether it is perceived as closer to a given refernce voice (voice A) or closer to another given reference voice (voice B). Examples of the reference voices will first be made available as a mean for getting familiar with them.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation and you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
Thanks in advance.
Thanks in advance !
The language of the speech utterances used in this test is French.
The language of the speech utterances used in this test will be French.
This test is made in 2 parts.
This test is made in 3 parts.
Part 1 - At each step, you will be asked to listen to a short utterance and vote whether it is perceived as closer to a given refernce voice (voice A) or closer to another given reference voice (voice B). Examples of the reference voices will first be made available as a mean for getting familiar with them.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation and you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
Part 1 - At each step, you will be asked to listen to a short utterance and vote whether it is perceived as closer to a given refernce voice (voice A) or closer to another given reference voice (voice B). Examples of the reference voices will first be made available as a mean for getting familiar with them.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation and you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
Part 3 - Finally, you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation and you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
Goal of this Preference test
This test aims at collecting subjective evaluations of different techniques used for converting a source voice into a target one. The language of the speech utterances used in this test is French, so being familiar with spoken French is strictly necessary. The most important aspect of the test is the performance of the voice conversion techniques and their ability to transform the timbre qualities of one voice so that it resembles another one . We will first make available to the listener a number of utterances (real, unprocessed recordings) coming from two different voices, so that they can serve as a reference for the evaluation.
It should take you between 10 and 15 minutes to complete the test. You can interrumpt the questionnaire at any point and resume from the last question you did not answer.
The evaluation test consists of three parts, each one divided into aproximately 10 steps. Each step should not take longer than 20 seconds:
Goal of this subjective test
The goal is to evaluate different methods used for converting a source voice into a target voice. The language of the speech utterances used in this test is French. The method will transform only the timbre qualities of one voice so that it resembles another one. This test is made in 2 parts. It should take you between 5 and 10 minutes to complete the test.
Voice Conversion Subjective Evaluation
(if possible, please use headphones to carry out this test)
Voice Conversion
(:input form "http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/cookbook/post2mail.php" :)
(:cell align=center:) (:input radio pair2 P1#-2:) (:cell align=center:) (:input radio pair2 P1#-1:) (:cell align=center:) (:input radio pair2 P1#0:) (:cell align=center:) (:input radio pair2 P1#+1:) (:cell align=center:) (:input radio pair2 P1#+2:)
(:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:)
(:cell align=center:) (:input radio pair3 P1#-2:) (:cell align=center:) (:input radio pair3 P1#-1:) (:cell align=center:) (:input radio pair3 P1#0:) (:cell align=center:) (:input radio pair3 P1#+1:) (:cell align=center:) (:input radio pair3 P1#+2:)
(:cell align=center:) (:input radio pair3 P3#-2:) (:cell align=center:) (:input radio pair3 P3#-1:) (:cell align=center:) (:input radio pair3 P3#0:) (:cell align=center:) (:input radio pair3 P3#+1:) (:cell align=center:) (:input radio pair3 P3#+2:)
(:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell align=center:) (:input radio pair1 P1#+3:)
(:cell align=center:) (:input radio pair4 P4#-3:) (:cell align=center:) (:input radio pair4 P4#-2:) (:cell align=center:) (:input radio pair4 P4#-1:) (:cell align=center:) (:input radio pair4 P4#0:) (:cell align=center:) (:input radio pair4 P4#+1:) (:cell align=center:) (:input radio pair4 P4#+2:) (:cell align=center:) (:input radio pair4 P4#+3:)
Comments
(:input textarea comments ouch rows=4 cols=60:)
Please, verify that you gave a preference to all questions, then press this button
(:input submit submit "Send the answers !":)
(:input end:)
All recordings are Ircam's property.
Thanks to Gilles Degottex for the php script.
1. For each line of the tab, listen carefully to file1 and file2 (but try to avoid to repeat the playing).
2. Then give a preference score about the timbre of the voice (please don't take the intonation into account), according to the following grades tab:
(:cellnr align=center:)Much better (:cell align=center:) +3 (:cellnr align=center:) Better (:cell align=center:) +2 (:cellnr align=center:) Slightly better (:cell align=center:) +1 (:cellnr align=center:) About the same (:cell align=center:) 0 (:tableend:)
- to the left if you prefer file1
- to the right if you prefer file2.
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Voice Conversion Subjective Evaluation
Voice Conversion Subjective Evaluation
Goal of this Preference test
In Part 2 of this evaluation test, at each step you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation. For each pair, both sounds will correspond to the same sentence, but processed by using slightly different techniques.
It is important to remark that we used similar techniques for processing each of the two utterances, so perceiving the differences requires careful listening.
Click on 'Continue' to proceed with the test or 'Back' to return to the login page.
Please listen carefully to the pair of utterances below, decide which of the two is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
It is important to remark that we used similar techniques for processing each of the two utterances, so perceiving the differences requires careful listening.
Once you are done, click on 'Next' to proceed.
In Part 1 of this evaluation test, you will be asked about the effect of applying voice conversion techniques to a given utterance and alter the identity of the speaker by affecting timbre qualities.
Below you can find example utterances of two different voices: the Voice A (on the left side) and the Voice B (on the right side). Feel free to listen to them in order to get familiar to their different timbre qualities (i.e. the identities of the speakers), since they will serve you as a reference for subsequent questions.
After getting familiar to these two voices, in the next pages you will be asked to listen to a series of short utterances and, for each one, vote whether it is perceived as closer to the Voice A or to the Voice B.
Please listen to the utterance under evaluation and choose one of the four options to its right. Once you are done, click on 'Next' to proceed.
In case you need it, help yourself by listening again to the reference examples you were given before (available at the bottom).
Voice Conversion Subjective Evaluation (if possible, please use headphones to carry out this test)
By completing this short questionnaire you are contributing to ongoing research on voice conversion technologies, carried out at the Analysis Synthesis team of IRCAM.
Thanks in advance.
azer
This test aims at collecting subjective evaluations of different techniques used for converting a source voice into a target one. The language of the speech utterances used in this test is French, so being familiar with spoken French is strictly necessary. The most important aspect of the test is the performance of the voice conversion techniques and their ability to transform the timbre qualities of one voice so that it resembles another one . We will first make available to the listener a number of utterances (real, unprocessed recordings) coming from two different voices, so that they can serve as a reference for the evaluation.
It should take you between 10 and 15 minutes to complete the test. You can interrumpt the questionnaire at any point and resume from the last question you did not answer.
The evaluation test consists of three parts, each one divided into aproximately 10 steps. Each step should not take longer than 20 seconds:
Part 1 - At each step, you will be asked to listen to a short utterance and vote whether it is perceived as closer to a given refernce voice (voice A) or closer to another given reference voice (voice B). Examples of the reference voices will first be made available as a mean for getting familiar with them.
Part 2 - This time, you will be asked to listen to and compare a pair of short utterances and decide which of the two utterances is perceived as more natural by attending to sound quality, i.e., presenting less sound degradation.
Part 3 - Finally, you will be asked to listen to a short utterance and express your degree of satisfaction (using the MOS scale) with respect to the speech quality.
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(:cellnr bgcolor=#cccc99 align=center:) Speaker A (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) (:cell bgcolor=#cccc79 align=center:) +3
(:cell bgcolor=#cccc99 align=center:) Speaker
(:cell bgcolor=#cccc19 align=center:) +3 (:cell align=center:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell bgcolor=#cccc99 align=center:) Speaker (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:)
(:cell align=center:) (:input radio pair1 P1#-3:)
(:cell align=center:) (:input radio pair1 P1#+3:)
(:cellnr bgcolor=#cccc99 align=center:) 2 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.8.bu.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-3:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cell align=center:) (:input radio pair2 P2#+3:) (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.8.st.mp3 width=62 height=18:)
(:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:) (:cell bgcolor=#cccc99 align=center:) A (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell bgcolor=#cccc99 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:) (:cell bgcolor=#cccc99 align=center:) A (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell bgcolor=#cccc99 align=center:) B (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=200 height=18:) (:cell bgcolor=#cccc99 align=center:) A (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell bgcolor=#cccc99 align=center:) B
(:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1
(:cellnr bgcolor=#cccc99 align=center:) File (:cell align=center:)
(:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) (:cellnr align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:)
(:cell align=center:) A
(:cell bgcolor=#cccc99 align=center:) A
(:cell align=center:) B
(:cell bgcolor=#cccc99 align=center:) B
(:cell align=center:) B
(:cell align=center:) A
(:cell align=center:) A
(:cell align=center:) B
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1 (:cell bgcolor=#cccc79 align=center:) +3 (:cell bgcolor=#cccc69 align=center:) +2 (:cell bgcolor=#cccc59 align=center:) +1 (:cell bgcolor=#cccc49 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc29 align=center:) +2 (:cell bgcolor=#cccc19 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) (:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) B (:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell align=center:) (:input radio pair1 P1#+3:) (:cell align=center:) A
(:cellnr bgcolor=#cccc99 align=center:) 2 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.8.bu.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair2 P2#-3:) (:cell align=center:) (:input radio pair2 P2#-2:) (:cell align=center:) (:input radio pair2 P2#-1:) (:cell align=center:) (:input radio pair2 P2#0:) (:cell align=center:) (:input radio pair2 P2#+1:) (:cell align=center:) (:input radio pair2 P2#+2:) (:cell align=center:) (:input radio pair2 P2#+3:) (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.8.st.mp3 width=62 height=18:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1 (:cell bgcolor=#cccc79 align=center:) +3 (:cell bgcolor=#cccc69 align=center:) +2 (:cell bgcolor=#cccc59 align=center:) +1 (:cell bgcolor=#cccc49 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc29 align=center:) +2 (:cell bgcolor=#cccc19 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) 1 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell align=center:) (:input radio pair1 P1#+3:) (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.bu.mp3 width=62 height=18:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1 (:cell bgcolor=#cccc79 align=center:) +3 (:cell bgcolor=#cccc69 align=center:) +2 (:cell bgcolor=#cccc59 align=center:) +1 (:cell bgcolor=#cccc49 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc29 align=center:) +2 (:cell bgcolor=#cccc19 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) 1 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell align=center:) (:input radio pair1 P1#+3:)
(:cell align=center:) (:input radio pair1 P1#+3:) (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.bu.mp3 width=62 height=18:)
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1 (:cell bgcolor=#cccc79 align=center:) +3 (:cell bgcolor=#cccc69 align=center:) +2 (:cell bgcolor=#cccc59 align=center:) +1 (:cell bgcolor=#cccc49 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc29 align=center:) +2 (:cell bgcolor=#cccc19 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) 1 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:)
azer
azer
(:table border=1 cellpadding=2 cellspacing=0 align=center:) (:cellnr bgcolor=#cccc99 align=center:) Pair (:cell bgcolor=#cccc89 align=center:) File1 (:cell bgcolor=#cccc79 align=center:) +3 (:cell bgcolor=#cccc69 align=center:) +2 (:cell bgcolor=#cccc59 align=center:) +1 (:cell bgcolor=#cccc49 align=center:) 0 (:cell bgcolor=#cccc39 align=center:) +1 (:cell bgcolor=#cccc29 align=center:) +2 (:cell bgcolor=#cccc19 align=center:) +3 (:cell bgcolor=#cccc09 align=center:) File2 (:cellnr bgcolor=#cccc99 align=center:) 1 (:cell align=center:)(:flash http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/dewplayer.swf?son=http://recherche.ircam.fr/equipes/analyse-synthese/lanchant/uploads/Main/test_mp3/Xavier2007.6.st.mp3 width=62 height=18:) (:cell align=center:) (:input radio pair1 P1#-3:) (:cell align=center:) (:input radio pair1 P1#-2:) (:cell align=center:) (:input radio pair1 P1#-1:) (:cell align=center:) (:input radio pair1 P1#0:) (:cell align=center:) (:input radio pair1 P1#+1:) (:cell align=center:) (:input radio pair1 P1#+2:) (:cell align=center:) (:input radio pair1 P1#+3:)
azer