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#speechperception — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #speechperception, aggregated by home.social.

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  1. @Chancerubbage

    But it's an empirical question, and the answer could very well be yes despite the above!

    (3/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  2. @Chancerubbage

    But it's an empirical question, and the answer could very well be yes despite the above!

    (3/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  3. @Chancerubbage

    But it's an empirical question, and the answer could very well be yes despite the above!

    (3/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  4. @Chancerubbage

    But it's an empirical question, and the answer could very well be yes despite the above!

    (3/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  5. @Chancerubbage

    But it's an empirical question, and the answer could very well be yes despite the above!

    (3/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  6. @Chancerubbage

    1. Music is as much a part of culture in areas with tone languages as elsewhere.
    2. Pitch is used in non-tone languages for lots of stuff (emphasis, enumerating lists, distinguishing statements from questions, etc), so maybe speakers of any language would have comparable effects of such distractors.
    3. Whisper studies (and others) suggest that listeners have plenty of cues besides pitch to distinguish different tones.

    (2/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  7. @Chancerubbage

    1. Music is as much a part of culture in areas with tone languages as elsewhere.
    2. Pitch is used in non-tone languages for lots of stuff (emphasis, enumerating lists, distinguishing statements from questions, etc), so maybe speakers of any language would have comparable effects of such distractors.
    3. Whisper studies (and others) suggest that listeners have plenty of cues besides pitch to distinguish different tones.

    (2/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  8. @Chancerubbage

    1. Music is as much a part of culture in areas with tone languages as elsewhere.
    2. Pitch is used in non-tone languages for lots of stuff (emphasis, enumerating lists, distinguishing statements from questions, etc), so maybe speakers of any language would have comparable effects of such distractors.
    3. Whisper studies (and others) suggest that listeners have plenty of cues besides pitch to distinguish different tones.

    (2/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  9. @Chancerubbage

    1. Music is as much a part of culture in areas with tone languages as elsewhere.
    2. Pitch is used in non-tone languages for lots of stuff (emphasis, enumerating lists, distinguishing statements from questions, etc), so maybe speakers of any language would have comparable effects of such distractors.
    3. Whisper studies (and others) suggest that listeners have plenty of cues besides pitch to distinguish different tones.

    (2/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  10. @Chancerubbage

    1. Music is as much a part of culture in areas with tone languages as elsewhere.
    2. Pitch is used in non-tone languages for lots of stuff (emphasis, enumerating lists, distinguishing statements from questions, etc), so maybe speakers of any language would have comparable effects of such distractors.
    3. Whisper studies (and others) suggest that listeners have plenty of cues besides pitch to distinguish different tones.

    (2/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  11. @Chancerubbage

    First, I have no idea - that's a great question. However, here are some thoughts that lead me to guess that they'd have no problem (when compared to speakers of non-tone languages):

    (1/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  12. @Chancerubbage

    First, I have no idea - that's a great question. However, here are some thoughts that lead me to guess that they'd have no problem (when compared to speakers of non-tone languages):

    (1/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  13. @Chancerubbage

    First, I have no idea - that's a great question. However, here are some thoughts that lead me to guess that they'd have no problem (when compared to speakers of non-tone languages):

    (1/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  14. @Chancerubbage

    First, I have no idea - that's a great question. However, here are some thoughts that lead me to guess that they'd have no problem (when compared to speakers of non-tone languages):

    (1/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  15. @Chancerubbage

    First, I have no idea - that's a great question. However, here are some thoughts that lead me to guess that they'd have no problem (when compared to speakers of non-tone languages):

    (1/3)

    #ToneLanguage #SpeechPerception #GoodQuestion

  16. How do we understand speech-eech-eech in the presence of an #echo-o-o? This study of the robustness of human #SpeechPerception in echoic environments, showing that speech and its echo are processed separately in the brain to help intelligibility #PLOSBiology plos.io/3uAUnRf

  17. How do we understand speech-eech-eech in the presence of an #echo-o-o? This study of the robustness of human #SpeechPerception in echoic environments, showing that speech and its echo are processed separately in the brain to help intelligibility #PLOSBiology plos.io/3uAUnRf

  18. How do we understand speech-eech-eech in the presence of an #echo-o-o? This study of the robustness of human #SpeechPerception in echoic environments, showing that speech and its echo are processed separately in the brain to help intelligibility #PLOSBiology plos.io/3uAUnRf

  19. How do we understand speech-eech-eech in the presence of an #echo-o-o? This study of the robustness of human #SpeechPerception in echoic environments, showing that speech and its echo are processed separately in the brain to help intelligibility #PLOSBiology plos.io/3uAUnRf

  20. How do we understand speech-eech-eech in the presence of an #echo-o-o? This study of the robustness of human #SpeechPerception in echoic environments, showing that speech and its echo are processed separately in the brain to help intelligibility #PLOSBiology plos.io/3uAUnRf

  21. Happy to introduce the first release of TMST, a #Matlab toolbox for the computation of amplitude- and f0- modulation spectra and spectrograms. This toolbox provides different tools to explore the modulation content and dynamics of #audio signals, in particular #speech #sounds. github.com/LeoVarnet/TMST #SpeechPerception #SpeechProduction @psycholinguistics @linguistics

  22. Happy to introduce the first release of TMST, a #Matlab toolbox for the computation of amplitude- and f0- modulation spectra and spectrograms. This toolbox provides different tools to explore the modulation content and dynamics of #audio signals, in particular #speech #sounds. github.com/LeoVarnet/TMST #SpeechPerception #SpeechProduction @psycholinguistics @linguistics

  23. Happy to introduce the first release of TMST, a #Matlab toolbox for the computation of amplitude- and f0- modulation spectra and spectrograms. This toolbox provides different tools to explore the modulation content and dynamics of #audio signals, in particular #speech #sounds. github.com/LeoVarnet/TMST #SpeechPerception #SpeechProduction @psycholinguistics @linguistics

  24. Out now in Developmental Psychology -- Auditory and visual category learning in children and adults by me, Erica Lescht, Mandy Hampton Wray, and Bharath Chandrasekaran!

    psycnet.apa.org/doi/10.1037/de

    We found that adults learned better than children, BUT this enhanced performance was asymmetrical across categories in different modalities.

    We link these asymmetrical differences to the #development of skills such as #SpeechPerception and #reading.

  25. Out now in Developmental Psychology -- Auditory and visual category learning in children and adults by me, Erica Lescht, Mandy Hampton Wray, and Bharath Chandrasekaran!

    psycnet.apa.org/doi/10.1037/de

    We found that adults learned better than children, BUT this enhanced performance was asymmetrical across categories in different modalities.

    We link these asymmetrical differences to the #development of skills such as #SpeechPerception and #reading.

  26. Out now in Developmental Psychology -- Auditory and visual category learning in children and adults by me, Erica Lescht, Mandy Hampton Wray, and Bharath Chandrasekaran!

    psycnet.apa.org/doi/10.1037/de

    We found that adults learned better than children, BUT this enhanced performance was asymmetrical across categories in different modalities.

    We link these asymmetrical differences to the #development of skills such as #SpeechPerception and #reading.

  27. Out now in Developmental Psychology -- Auditory and visual category learning in children and adults by me, Erica Lescht, Mandy Hampton Wray, and Bharath Chandrasekaran!

    psycnet.apa.org/doi/10.1037/de

    We found that adults learned better than children, BUT this enhanced performance was asymmetrical across categories in different modalities.

    We link these asymmetrical differences to the #development of skills such as #SpeechPerception and #reading.

  28. Out now in Developmental Psychology -- Auditory and visual category learning in children and adults by me, Erica Lescht, Mandy Hampton Wray, and Bharath Chandrasekaran!

    psycnet.apa.org/doi/10.1037/de

    We found that adults learned better than children, BUT this enhanced performance was asymmetrical across categories in different modalities.

    We link these asymmetrical differences to the #development of skills such as #SpeechPerception and #reading.

  29. Pour commencer, deux articles qui présentent de façon vulgarisée la méthode qui est au centre de mes recherches : la corrélation inverse (#ReverseCorrelation ou #Revcorr pour les intimes).
    Dans le premier billet je décris la philosophie de cette approche ("Le cerveau comme boîte noire" dbao.leo-varnet.fr/2018/11/29/).
    Dans le deuxième, je parle de la façon dont elle peut être appliquée à l'étude de la perception de la parole ("A la recherche des indices acoustiques de la parole" dbao.leo-varnet.fr/2019/05/25/). #psycholinguistics #psycholinguistique #epistemologie #psychophysics #psychophysique #SpeechPerception #Perception

  30. Pour commencer, deux articles qui présentent de façon vulgarisée la méthode qui est au centre de mes recherches : la corrélation inverse (#ReverseCorrelation ou #Revcorr pour les intimes).
    Dans le premier billet je décris la philosophie de cette approche ("Le cerveau comme boîte noire" dbao.leo-varnet.fr/2018/11/29/).
    Dans le deuxième, je parle de la façon dont elle peut être appliquée à l'étude de la perception de la parole ("A la recherche des indices acoustiques de la parole" dbao.leo-varnet.fr/2019/05/25/). #psycholinguistics #psycholinguistique #epistemologie #psychophysics #psychophysique #SpeechPerception #Perception

  31. Pour commencer, deux articles qui présentent de façon vulgarisée la méthode qui est au centre de mes recherches : la corrélation inverse (#ReverseCorrelation ou #Revcorr pour les intimes).
    Dans le premier billet je décris la philosophie de cette approche ("Le cerveau comme boîte noire" dbao.leo-varnet.fr/2018/11/29/).
    Dans le deuxième, je parle de la façon dont elle peut être appliquée à l'étude de la perception de la parole ("A la recherche des indices acoustiques de la parole" dbao.leo-varnet.fr/2019/05/25/). #psycholinguistics #psycholinguistique #epistemologie #psychophysics #psychophysique #SpeechPerception #Perception

  32. Pour commencer, deux articles qui présentent de façon vulgarisée la méthode qui est au centre de mes recherches : la corrélation inverse (#ReverseCorrelation ou #Revcorr pour les intimes).
    Dans le premier billet je décris la philosophie de cette approche ("Le cerveau comme boîte noire" dbao.leo-varnet.fr/2018/11/29/).
    Dans le deuxième, je parle de la façon dont elle peut être appliquée à l'étude de la perception de la parole ("A la recherche des indices acoustiques de la parole" dbao.leo-varnet.fr/2019/05/25/). #psycholinguistics #psycholinguistique #epistemologie #psychophysics #psychophysique #SpeechPerception #Perception

  33. @trochee @spacyoddity and the fucked up part of that is how it might not even phenomenologically "sound like" there is any difference even though there are dramatic differences I'm how it acoustically "sounds." I swear I get how all the hard motor theory ppl just threw up their hands and were like "purely auditory phonetic perception is impossible" without any practical exposure to extremely nonlinear classification problems like we have a little bit of now via ANNs.

    some self tags so I can find this thread later
    #Phonetics #SpeechPerception

  34. @trochee @spacyoddity and the fucked up part of that is how it might not even phenomenologically "sound like" there is any difference even though there are dramatic differences I'm how it acoustically "sounds." I swear I get how all the hard motor theory ppl just threw up their hands and were like "purely auditory phonetic perception is impossible" without any practical exposure to extremely nonlinear classification problems like we have a little bit of now via ANNs.

    some self tags so I can find this thread later
    #Phonetics #SpeechPerception

  35. @trochee @spacyoddity and the fucked up part of that is how it might not even phenomenologically "sound like" there is any difference even though there are dramatic differences I'm how it acoustically "sounds." I swear I get how all the hard motor theory ppl just threw up their hands and were like "purely auditory phonetic perception is impossible" without any practical exposure to extremely nonlinear classification problems like we have a little bit of now via ANNs.

    some self tags so I can find this thread later
    #Phonetics #SpeechPerception

  36. @trochee @spacyoddity and the fucked up part of that is how it might not even phenomenologically "sound like" there is any difference even though there are dramatic differences I'm how it acoustically "sounds." I swear I get how all the hard motor theory ppl just threw up their hands and were like "purely auditory phonetic perception is impossible" without any practical exposure to extremely nonlinear classification problems like we have a little bit of now via ANNs.

    some self tags so I can find this thread later
    #Phonetics #SpeechPerception

  37. @trochee @spacyoddity and the fucked up part of that is how it might not even phenomenologically "sound like" there is any difference even though there are dramatic differences I'm how it acoustically "sounds." I swear I get how all the hard motor theory ppl just threw up their hands and were like "purely auditory phonetic perception is impossible" without any practical exposure to extremely nonlinear classification problems like we have a little bit of now via ANNs.

    some self tags so I can find this thread later
    #Phonetics #SpeechPerception

  38. Our new study is about to be submitted! We demonstrate that the effect of a background noise on #SpeechPerception is multifaceted, even in the case of a simple stationary white noise. You can find the #preprint on @biorxivpreprint (biorxiv.org/content/10.1101/20), the raw and processed data on #zenodo (zenodo.org/record/7476407#.Y67), and the #preregistration document on #OSF (osf.io/4ju3f/). #psycholinguistics #psychoacoustics #psycholinguistique @psycholinguistics

  39. Our new study is about to be submitted! We demonstrate that the effect of a background noise on #SpeechPerception is multifaceted, even in the case of a simple stationary white noise. You can find the #preprint on @biorxivpreprint (biorxiv.org/content/10.1101/20), the raw and processed data on #zenodo (zenodo.org/record/7476407#.Y67), and the #preregistration document on #OSF (osf.io/4ju3f/). #psycholinguistics #psychoacoustics #psycholinguistique @psycholinguistics

  40. Our new study is about to be submitted! We demonstrate that the effect of a background noise on #SpeechPerception is multifaceted, even in the case of a simple stationary white noise. You can find the #preprint on @biorxivpreprint (biorxiv.org/content/10.1101/20), the raw and processed data on #zenodo (zenodo.org/record/7476407#.Y67), and the #preregistration document on #OSF (osf.io/4ju3f/). #psycholinguistics #psychoacoustics #psycholinguistique @psycholinguistics

  41. #introduction 2/3
    I study arm reaching-grasping behaviors and speech production/perception, but sometimes I also have fun doing something with solo and ensemble musicians!
    #Brain #MotorControl #SpeechScience #SpeechPerception #MusicNeuroscience #SocialNeuroscience
    I use Transcranial Magnetic Stimulation (#TMS), Motion Capture (#MoCap), Electroencephalography (#EEG), Electromyography (#EMG) and all sorts of force/touch sensors I can get my hands on.

  42. CW: Postdoc opportunity

    The New Zealand Institute of Language, Brain and Behaviour is seeking a Post-Doctoral Fellow to join the team of researchers working on a project funded by the Royal Society of New Zealand Marsden Fund "Do patterns of covariation in speech carry social meaning".

    #SpeechPerception #Sociolinguistics #Phonetics #ExperimentalDesign

    jobs.canterbury.ac.nz/jobdetai

  43. CW: Postdoc opportunity

    The New Zealand Institute of Language, Brain and Behaviour is seeking a Post-Doctoral Fellow to join the team of researchers working on a project funded by the Royal Society of New Zealand Marsden Fund "Do patterns of covariation in speech carry social meaning".

    #SpeechPerception #Sociolinguistics #Phonetics #ExperimentalDesign

    jobs.canterbury.ac.nz/jobdetai