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Synthesis of VV Utterances from Muscle Activation to Sound with a 3D Model
2017
Interspeech 2017
unpublished
We propose a method to automatically generate deformable 3D vocal tract geometries from the surrounding structures in a biomechanical model. This allows us to couple 3D biomechanics and acoustics simulations. The basis of the simulations is muscle activation trajectories in the biomechanical model, which move the articulators to the desired articulatory positions. The muscle activation trajectories for a vowel-vowel utterance are here defined through interpolation between the determined
doi:10.21437/interspeech.2017-1614
fatcat:5pzhp7ba6jhmbe7aog7a32shfy