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Committee Date Time Place Paper Title / Authors Abstract Paper #
NLP, CCS 2018-06-08
13:50
Kyoto Kyoto Terrsa Effect of source-filter interaction on physical model of the vocal folds
Isao Tokuda, Kishin Migimatsu (Ritsumeikan) NLP2018-36 CCS2018-9
In human voice production, the source-filter interaction plays a crucial role. The purpose of the present study is to re... [more] NLP2018-36 CCS2018-9
pp.45-49
EMM, IE, LOIS, ITE-ME, IEE-CMN [detail] 2012-08-27
17:20
Yamaguchi   [Invited Talk] Nonlinear Dynamics of Voice Production -- From voice pathology, singing voice to bioacoustics --
Isao Tokuda (Ritsumeikan Univ.) LOIS2012-20 IE2012-52 EMM2012-43
oice production is mainly composed of two parts: (a) laryngeal source produced by vocal fold vibrations and (b) acoustic... [more] LOIS2012-20 IE2012-52 EMM2012-43
p.49
SP 2009-06-24
13:30
Hokkaido Clark Memorial Hall, Hokkaido Univ. Laryngeal Source Production of Inspiratory Phonation
Ken-Ichi Sakakibara (Health Sci. Univ. Hokkaido), Hiroshi Imagawa (Univ. Tokyo/Dept.Otorhinolaryngology, Univ. of Tokyo), Hisayuki Yokonishi (Univ. Tokyo), Takao Goto (Intn'l Med. Center. of Jpn.), Takaharu Nito (Dept.Otorhinolaryngology, Univ. of Tokyo), Miwako Kimura (Univ. of Texas Southwestern Medical Center), Niro Tayama (Intn'l Med. Center. of Jpn.) SP2009-24
In this paper, the laryngeal movements of ispiratory phonation were
observed using endoscopic high-speed digital imagin... [more]
SP2009-24
pp.7-10
SP 2009-06-24
15:45
Hokkaido Clark Memorial Hall, Hokkaido Univ. Larygo-topographic analysis of vocal fold vibration patterns
Hiroshi Imagawa (Univ. of Tokyo/Univ. of Tokyo.), Ken-Ichi Sakakibara (Health Sci. Univ. Hokkaido), Miwako Kimura (University of Texas Southwestern Medical Center), Niro Tayama (Univ. of Tokyo./Intn'l Med. Center. of Jpn.) SP2009-27
Laryngo-topography is a new method for analysis of digital high-speed recording of vocal fold vibrations by Fourier tran... [more] SP2009-27
pp.23-28
SP
Toyama Toyama Prefectural University A numerical simulation of pathological speech production based on asymmetric vocal folds model
Hideyuki Nomura, Tetsuo Funada (Kanazawa Univ.) SP2007-43
Numerical simulations of pathological voice production and estimations of pressure wave fluctuations are performed based... [more] SP2007-43
pp.115-120
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