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Joint Source-Filter Optimization for Accurate Vocal Tract Estimation Using Differential Evolution.

, , , and . IEEE Trans. Audio, Speech & Language Processing, 21 (8): 1560-1572 (2013)

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Vocal-tract modeling: fractional elongation of segment lengths in a waveguide model with half-sample delays., , and . IEEE Trans. Audio, Speech & Language Processing, 14 (5): 1754-1762 (2006)Automatic glottal inverse filtering with the Markov chain Monte Carlo method., , , , , and . Computer Speech & Language, 28 (5): 1139-1155 (2014)An acoustically-driven vocal tract model for stop consonant production., and . Speech Communication, (2017)Estimation of the glottal flow from speech pressure signals: Evaluation of three variants of iterative adaptive inverse filtering using computational physical modelling of voice production., , , and . Speech Communication, (2018)Evaluation of an inverse filtering technique using physical modeling of voice production., , and . INTERSPEECH, ISCA, (2004)Phrase-level speech simulation with an airway modulation model of speech production.. Computer Speech & Language, 27 (4): 989-1010 (2013)Considerations in voice transformation with physiologic scaling principles., , , and . Speech Communication, 22 (2-3): 113-123 (1997)Improved formant frequency estimation from high-pitched vowels by downgrading the contribution of the glottal source with weighted linear prediction., , , , and . INTERSPEECH, page 1612-1615. ISCA, (2012)Quasi closed phase analysis for glottal inverse filtering., , and . INTERSPEECH, page 143-147. ISCA, (2013)Quasi Closed Phase Glottal Inverse Filtering Analysis With Weighted Linear Prediction., , , and . IEEE/ACM Trans. Audio, Speech & Language Processing, 22 (3): 596-607 (2014)