10 pagesInternational audienceUnderstanding and modeling biological and physical mechanisms underlying speech production helps understanding speech motor control and its link to linguistic structure. Two of our recent studies are presented to illustrate this methodological idea. In the first study a realistic biomechanical tongue model is used to explore comprehensively the possible tongue shapes in the mid-sagittal plane. It is shown that the main directions of the tongue deformation observed in different languages are not related to any specific control, but rather to biomechanical and anatomical facts. The second study addresses the ‘trough effect' observed in tongue shapes for bilabial consonants in VCV sequences. It is suggested that t...
The unique biomechanical and functional constraints on human speech make it a promising area for res...
International audienceThe methodology developed in our research group to design biomechanical models...
National audienceIn this paper biomechanical models of speech articulators developed at Gipsa-lab ar...
10 pagesInternational audienceUnderstanding and modeling biological and physical mechanisms underlyi...
Understanding and modeling biological and physical mechanisms underlying speech production helps und...
10 pagesInternational audienceUnderstanding and modeling biological and physical mechanisms underlyi...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceA number of studies carried out on different languages have found that tongue ...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
The unique biomechanical and functional constraints on human speech make it a promising area for res...
International audienceThe methodology developed in our research group to design biomechanical models...
National audienceIn this paper biomechanical models of speech articulators developed at Gipsa-lab ar...
10 pagesInternational audienceUnderstanding and modeling biological and physical mechanisms underlyi...
Understanding and modeling biological and physical mechanisms underlying speech production helps und...
10 pagesInternational audienceUnderstanding and modeling biological and physical mechanisms underlyi...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceIn this talk, we will present some results generated with our generic speech p...
International audienceA number of studies carried out on different languages have found that tongue ...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
The unique biomechanical and functional constraints on human speech make it a promising area for res...
International audienceThe methodology developed in our research group to design biomechanical models...
National audienceIn this paper biomechanical models of speech articulators developed at Gipsa-lab ar...