Sound frequencies are represented in the primary auditory cortex (PAC) in a tonotopic structure which can be measured using functional magnetic resonance imaging (fMRI). A previous study has investigated vowels[ъ]and [i]and seen a correlation between the vowels¶ activation and the activation of simple tones corresponding to the vowels¶ formant frequencies. Other vowels have not \et been studied. In this study, we are investigating [ъ],[ѓ], [i], and [u]and compared those with activation of simple tones corresponding to their formant frequencies. This is ongoing work, and only five volunteers have participated. The preliminary results vary from high correlation between areas activated to low or no correlation. More data has to be collected to...
We studied neuromagnetic correlates of the processing of German vowels [a], [e] and [i]. The aim was...
International audienceA computational model of speech perception, COSMO (Laurent et al., 2017), pred...
Previous behavioral and electrophysiological studies have shown dissociation between consonants and ...
This work examines the link between low-level cortical acoustic processing and higher-level cortical...
Speech sounds are encoded by distributed patterns of activity in bilateral superior temporal cortex....
This study further elucidates determinants of vowel perception in the human auditory cortex. The vow...
The poorly understood mechanisms by which the auditory cortex identifies and categorizes speech cons...
How the brain encodes the speech acoustic signal into phonological representations is a fundamental ...
International audienceRecent neurobiological models postulate that sensorimotor interactions play a ...
The speech signal consists of a continuous stream of consonants and vowels, which must be de– and en...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
International audienceIntroduction: Although speech perception and production were traditionally con...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
We studied neuromagnetic correlates of the processing of German vowels [a], [e] and [i]. The aim was...
International audienceA computational model of speech perception, COSMO (Laurent et al., 2017), pred...
Previous behavioral and electrophysiological studies have shown dissociation between consonants and ...
This work examines the link between low-level cortical acoustic processing and higher-level cortical...
Speech sounds are encoded by distributed patterns of activity in bilateral superior temporal cortex....
This study further elucidates determinants of vowel perception in the human auditory cortex. The vow...
The poorly understood mechanisms by which the auditory cortex identifies and categorizes speech cons...
How the brain encodes the speech acoustic signal into phonological representations is a fundamental ...
International audienceRecent neurobiological models postulate that sensorimotor interactions play a ...
The speech signal consists of a continuous stream of consonants and vowels, which must be de– and en...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
International audienceIntroduction: Although speech perception and production were traditionally con...
Classical studies have isolated a distributed network of temporal and frontal areas engaged in the n...
We studied neuromagnetic correlates of the processing of German vowels [a], [e] and [i]. The aim was...
International audienceA computational model of speech perception, COSMO (Laurent et al., 2017), pred...
Previous behavioral and electrophysiological studies have shown dissociation between consonants and ...