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A parametric vocal fold model based on magnetic resonance imaging
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This paper introduces a parametric three-dimensional body-cover vocal fold
model based on magnetic resonance imaging
(MRI) of the human larynx. Major geometric features that are observed in the MRI
images but missing in current vocal fold
models are discussed, and their influence on vocal fold vibration is evaluated using eigenmode analysis. Proper boundary conditions for the model are also discussed. Based on control parameters corresponding to anatomic landmarks that can be easily measured, this model can be adapted toward a subject-specific vocal fold
model for voice production research and clinical applications.
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