Kiyoshi Honda	Email: khonda@sannet.ne.jp
The Academy of Tianjin University, Hefei	Address: 10-213, Sino-german Cooperation and Innovation Park, HETDA Dist., Hefei, China

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Publications

Journal Papers

• Zhang J., Honda K., Wei J. & Kitamura T.(2019) Morphological characteristics of male and female hypopharynx: An MRI-based study. Journal of the Acoustical Society of America,145(2): 734-748
• Zhang J., Honda K., and Wei J. (2018) Tooth visualization in vowel production MR images for three-dimensional vocal tract modeling. Speech Communication, 96: 37-48.
• Kim, H., Maeda, S., Honda, K., & Crevier-Buchman, L. (2018) The mechanism and representation of Korean three-way phonation contrast: External photoglottography, intra-oral air pressure, airflow, and acoustic data. Phonetica, 75: 57-84.
• Dang J., Wei J., Honda K., Nakai T. (2016) A study on transvelar coupling for non-nasalized sounds. Journal of the Acoustical Society of America, 139(1): 441-454.
• Wei, J., Liu, J., Dang, Q., Lu, W., Dang, J., & Honda, K. (2015, May) A novel method for constructing 3D geometric articulatory model. Journal of Signal Processing Systems, 82: 295-302.
• Hyon S., Dang J., Feng H., Wang H., & Honda K. (2014) Detection of speaker individual information using a phoneme effect suppression method. Speech Communication, 57: 87-100.
• Vaissiere J., Honda K., Amelot A., Maeda S., & Crevier-Buchman L. (2010) Multisensor platform for speech physiology research in a phonetics laboratory. Journal of the Phonetic Society of Japan, 14: 65-77.
• Honda K., Kitamura T., Takemoto H., Adachi S., Mokhtari P., Takano S., Nota Y., Hirata H., Fujimoto I., Shimada Y., Masaki S., Fujita S., & Dang J. (2010) Visualization of hypopharyngeal cavities and vocal tract acoustic modeling. Computer Methods in Biomechanics and Biomedical Engineering, 13: 443-453.
• Honda K., Takano S., & Takemoto H. (2010b) Effects of side cavities and tongue stabilization: possible extensions of quantal theory. Journal of Phonetics, 38: 33-43.
• Fujimura O., Honda K., Kawahara H., Konparu Y., Morise M., & Williams J.C. (2009) Noh voice quality. Logopedics Phiniatrics and Vocology, 4: 1-14.
• 平井啓之, 竹本浩典, 本多清志, 党建武. (2008) 3次元MRI動画データと実音声を用いた声道断面積モデルのパラメータ推定. 日本音響学会誌, 64, 216-228.
• Fujita S., Dang J., Suzuki N., & Honda K. (2007) A computational tongue model and its clinical application. Oral Science International, November, 97-109.
• Adachi S., Takemoto H., Kitamura T., Mokhtari P., & Honda K. (2007) Vocal tract length perturbation and its application to male-female vocal tract shape conversion. J. Acoust. Soc. Am., 121, 3874-3885.
• Mokhtari P., Kitamura T., Takemoto H., & Honda K. (2007) Principal components of vocal tract area functions and inversion of speech by linear regression of cepstrum coefficients. J. Phonetics, 35, 20-39.
• Takano S., & Honda K. (2007) An MRI analysis of the extrinsic tongue muscles during vowel production. Speech Communication, 49, 49-58.
• Takano S., Kinoshita K., & Honda K. (2006) Measurement of cricothyroid articulation using high-resolution MRI and 3D pattern matching. Acta Acustica united with Acustica, 92, 725-730.
• Kitamura T., Takemoto H., Adachi S., Mokhtari P., & Honda K. (2006) Cyclicity of laryngeal cavity resonance due to vocal fold vibration. J. Acoust. Soc. Am., 120, 2239-2249.
• Takemoto H., Adachi S., Kitamura T., Mokhtari P., & Honda K. (2006) Acoustic roles of the laryngeal cavity in vocal tract resonance. J. Acoust. Soc. Am., 120, 2228-2238.
• Takemoto H., Honda K., Masaki S., Shimada Y., & Fujimoto I. (2006) Measurement of temporal changes in vocal tract area function from 3D cine-MRI data. J. Acoust. Soc. Am., 119, 1037-1049.
• Dang J., Akagi M., & Honda K. (2006) Communication between speech production and perception within the brain: observation and simulation. J. Comput. Sci. & Technol., 21, 95-105.
• 高野佐代子, 本多清志. (2006) タギングシネMRIによる母音連鎖/ei/の舌内部変形の計測.　音声言語医学, 47: 283-290.
• Kitamura T., Honda K., & Takemoto H. (2005) Individual variation of the hypopharyngeal cavities and its acoustic effects. Acoust. Sci. & Tech., 26, 16-26.
• Kim H., Honda K., & Maeda S. (2005) Stroboscopic-cine MRI study of the phasing between the tongue and the larynx in the Korean three-way phonation contrast. Journal of Phonetics, 33, 1-26, 2005.
• 高野佐代子, 本多清志.(2005) 高分解能MRIによる輪状甲状関節の観測. 音声言語医学, 46: 174-178.
• 野添潤一, 五味裕章, 党建武, 本多清志. (2005) リアルな発話運動を実現する生理学的口唇力学モデルの構築. 電子情報通信学会論文誌, J88-D-II:1944-1953.
• Dang J., Honda M., & Honda K. (2004) Investigation of coarticulation in continuous speech of Japanese, Acoust. Sci. & Tech., 25, 318-329.
• Honda K., Takemoto H., Kitamura T., Fujita S., & Takano S. (2004) Exploring human speech production mechanisms by MRI. IEICE Info. & Syst., E87-D, 1050-1058. (invited paper)
• Dang J., & Honda K. (2004) Construction and control of a physiological articulatory model. J. Acoust. Soc. Am., 115, 853-870.
• Ohnishi M., Kusakawa N., Masaki S., Honda K., Shimada Y., Fujimoto I., & Hirao K. (2003) Investigation on deep layer measurements in the cerebral cortex within the adult head by near infrared spectroscopy using an absorbance difference technique. J. Near Infrared Spectrosc. 11, 27-38.
• Hashi M., Honda K., & Westbury J.R. (2003) Time-varying acoustic and articulatory characteristics of American English [r]: a cross-speaker study. Journal of Phonetics. 31, 3-22.
• Shimada Y., Fujimoto I., Takemoto H., Takano S., Masaki S., Honda K., & Takeo K. (2002) 4D-MRI using the synchronized sampling method (SSM). Jpn. J. Radiol. Technol., 58, 1592-1598.
• Boe L-J., Heim J-L., Honda K., & Maeda S. (2002) The potential Neandertal vowel space was as large as that of modern humans. Journal of Phonetics, 30, 465-484.
• Dang J., & Honda K. (2002) Estimation of vocal tract shape from sounds via a physiological articulatory model. Journal of Phonetics, 30, 511-532.
• 島田育廣, 藤本一郎, 竹本浩典, 高野佐代子, 正木信夫, 本多清志, 武尾和. (2002) Synchronized Sampling Method（SSM）を利用した4D-MRI. 日本放射線技術学会雑誌
• Dang J., & Honda K. (2001) A physiological articulatory model for simulating speech production process. Acoustic Science & Technology, 22, 415-425.
• 本多清志. (2000) Ｘ線マイクロビームによる子音調音時の舌位置の分析. 音声言語医学, 41, 154-158.
• Honda K., Hirai H., Masaki S., & Shimada Y. (1999) Role of vertical larynx movement and cervical lordosis in F0 control. Language and Speech, 42, 401-411.
• 熊田政信, 正木 信夫, 本多清志, 島田育廣, 森浩一. (1999) 構音時の舌筋機能-Tagging MRI Movieを用いた研究. 音声言語医学, 41, 170-178.
• Dang J., Shadle C. H., Kawanishi Y., Honda K., & Suzuki H. (1998) An experimental study of the open end correction coefficient for side branches within an acoustic tube. J. Acoust. Soc. Am., 104, 1075-1084.
• Whalen D. H., Gick B., Kumada M., & Honda K. (1998) Cricothyroid activity in high and low vowels: exploring the automaticity of intrinsic F0. Journal of Phonetics, 27, 125-142.
• 草川直樹, 本多清志, 垣田有紀. (1998) 筋収縮力空間の調音軌道に基づく母音生成機構のモデル. 日本音響学会誌, 54, 285-295.
• Dang J., & Honda K. (1996) Acoustic characteristics of the human paranasal sinuses derived from transmission characteristic measurement and morphological observation. J. Acoust. Soc. Am., 100, 3374-3383.
• Dang J., & Honda K. (1996) Acoustic characteristics of the piriform fossa in models and humans. J. Acoust. Soc. Am., 101, 456-465, 1996.
• Dang J., & Honda K. (1996) A new method for measuring vocal tract transmission characteristics. J. Acoust. Soc. Jpn (E), 17, 93-99.
• Honda K. (1996) Organization of tongue articulation for vowels. Journal of Phonetics, 24, 39-52.
• 本多清志. (1996) 声の高さを調節する生体機構. 喉頭, 8:109-115.
• Erickson D., Honda K., Hirai H., & Beckman M. (1995) The production of low tones in English intonation. Journal of Phonetics, 179-188.
• Honda K., Kurita T., Kakita Y., & Maeda S. (1995) Physiology of the lips and modeling of lip gestures. Journal of Phonetics, 23: 243-254.
• 平井啓之, 党建武, 本多清志. (1995) 舌と喉頭との相互作用を考慮した発話器官の生理学的モデル. 日本音響学会誌, 51, 918-928.
• Dang J., Honda K., & Suzuki H. (1994) Morphological and acoustic analysis of the nasal and paranasal cavities. J. Acoust. Soc. Am., 96, 2088-2100.
• Maeda S., & Honda K. (1994) From EMG to formant patterns of vowels: the implication of vowel spaces. Phonetica, 51, 17-19.
• 平井啓之, 本多清志, 藤本一郎, 島田育廣. (1994) F0調節の生理機構に関する磁気共鳴画像(MRI)の分析. 日本音響学会誌, 50: 296-304.
• 栗田知好, 本多清志, 垣田有紀. (1994) 口唇の調音動作を実現する生理学的モデル. 日本音響学会誌, 50, 465-473.
• 小池康晴, 本多清志, 平山亮, 五味裕章, エリック・ベイツン, 川人光男. (1993) 神経回路モデルを用いた表面筋電信号からの等尺性トルクの推定. 電子情報通信学会論文誌 ＤII, 76, 1270-1279.
• Honda K., Kusakawa N., & Kakita Y. (1992) An EMG analysis of sequential control cycles of articulatory activity during /əpVp/ utterances. Journal of Phonetics, 20, 53-64.
• Shiroma M., Honda K., Yamanaka N., Kawano J., Yukawa K., Kumakawa K., & Funasaka S. (1992) Factors contributing to phoneme recognition ability of users of the 22-channel cochlear implant system. Annals of Otology, Rhinology, & Laryngology, 1, 32-37.
• 城間, 本多, 河野, 船坂, 熊川. (1991) 人工内耳装用者の語音聴取能に影響を及ぼす要因音声言語医学, 32, 371-277.
• 沢島、本多、青木. (1987) 気流阻止法を利用した発声時の空気力学的検査法. 音声言語医学, 28: 257-264.
• Lofqvist A., McGarr N. S., & Honda K. (1984) Laryngeal muscles and articulatory control. J. Acoust. Soc. Am. 76, 951-954.
• Yanagisawa E. Owens T. W., Strogers G. & Honda K. (1983) Videolaryngoscopy: a comparison of fiberoptic and telescopic documentation. Ann. Otol. Rhinol. Laryngol. 95, 5, 430-436.
• 小林、本多、山本. (1980) 頸部のコンピュータ断層撮影. 耳鼻咽喉科, 52: 1013-1018.
• 野村, 小林, 川端, 本多, 和久井. (1979) 側視型針状鏡と高感度テレビカメラによる鼓室の観察. 耳鼻と臨床, 5: 1209-1212.
• Funasaka S., & Honda K. (1979) Use of frequency modulation combined with amplitude change to elicit frequency-specific whole-nerve response. Audiology, 18: 485-493.
• 吉岡, 沢島, 広瀬, 牛島, 本多. (1977) スパイロメータによる発声時呼気流率の測定 音声言語医学, 18: 87-93.
• 本多, 小林, 椿, 牛島, 広瀬, 沢島. (1977) 側視型スコープによる喉頭像の観察と記録. 日本気管食道科学会会報, 28: 18-19.

Technical Reports

• Honda K. (2013) Study of voice production mechanisms using magnetic resonance imaging (MRI). Music Therapy Research, 2: 25-32. (in Japanese)
• Kitamura T., Takemoto H., Adachi s., & Honda K. (2009) Transfer functions of solid vocal-tract models constructed from ATR MRI database of Japanese vowel production, Acoustical Science & Technologies, 30, 4, 288-296.
• Takemoto H., Kitamura T., Honda K., & Masaki S. (2008) Deformation of the hypopharyngeal cavities due to F0 changes and its acoustic effects. Acoust. Sci. & Tech.
• Boë L.J., Heim J.L., Honda K., Maeda S., Badin P., & Abry C. (2007). The vocal tract of primates, newborn human and Neandertal: Acoustic capabilities and consequences for the debate on the origin of language. A reply to Philip Lieberman. Journal of Phonetics.
• Nota Y., Kitamura T., Honda K., Takemoto H., Hirata H., Shimada Y., & Fujimoto I. (2007). A bone-conduction system for auditory stimulation in MRI. Acoust. Sci. & Tech., 28, 33-38.
• 北村達也, 平田宏之, 本多清志, 藤本一郎, 島田育廣, 正木信夫, 西川員史, 福井孝太郎, 高西淳夫. (2007) MRIによる歯列計測法: 熱可塑性エラストマー製マウスピースを用いて. 電子情報通信学会技術研究報告, MI, 107, 1-10.
• 北村達也, 正木信夫, 島田育廣, 藤本一郎, 赤土裕子, 本多清志. (2006). 光マイクロホンを用いたMRI撮像時の騒音測定, 日本音響学会誌, 62, 5, 379-382.
• Fujita S., & Honda K. (2005) An experimental study of acoustic characteristics of hypopharyngeal cavities using vocal tract solid models. Acoust. Sci. & Tech., 26, 353-357.
• Kitamura T., Takemoto H., Honda K., Shimada Y., Fujimoto I., Shakudo Y., Masaki S., Kuroda K., Oku-uchi N., & Senda M. (2005) Deifference in vocal tract shape between upright and supine postures: observation by an open-type MR scanner. Acoust. Sci. & Tech., 26, 465-468.
• Takemoto H., Kitamura T., Nishimoto H., & Honda K.(2004) A method of teeth superimposition on MRI data for accurate measurement of vocal tract shape and dimensions. Acoust. Sci. & Tech., 25, 468-474.
• Nota Y., & Honda K. (2004) Brain regions involved in motor control of speech. Acoust. Sci. & Tech., 25, 286-289.
• Callan D. E., Callan A. M., Honda K., & Masaki S. (2000) Single-sweep EEG analysis of neural processes underlying perception and production of vowels. Cognitive Brain Research, 10, 173-176.
• Masaki S., Tiede M. K., Honda K., Shimada Y., Fujimoto I., Nakamura Y., & Ninomiya N. (1999) MRI-based cpeech production study using a synchronized sampling method. J. Acoust. Soc. Jpn., (E), 20, 375-379.
• Honda K., & Kusakawa N. (1997) Compatibility between auditory and articulatory representations of vowels. Acta Otolaryngologica (Stockholm), Suppl 532, 103-105.
• 本多清志. (1993) 発話器官の形態とその由来. 電子情報通信学会技術研究報告, SP-93, 15-22.
• 本多清志. (1987) 母音の調音と声の高さとの関連性: ピッチ調節作用の声道形状に及ぼす影響, 近畿音声言語研究会編「音声言語２」

Books

• 本多清志. (2018) 『実験音声科学』オーム社.
• 杉藤美代子, 本多清志. (2003) 千葉勉・梶山正登著『母音—その性質と構造』岩波書店. (Translation from Chiba, M. & Kajiyama, M. (1941) The Vowels: Its Nature and Structure. Tokyo-Kaiseikan.)

Book Chapters

• 本多清志. (2019) 発声と構音. 『標準生理学・9版』, 医学書院.
• Honda K. (2015) Supralaryngeal articulators in oropharyngeal regions. In M. Redford (ed.) The Handbook of Speech Production. Wiley-Blackwell.
• Hoole P., & Honda K. (2011) Automaticity vs. feature-enhancement in the control of segmental F0. In N, Clements & R, Ridouane (eds.) Where Do Phonological Features Come From?: Cognitive, physical and developmental bases of distinctive speech categories, (pp. 131-171). John Benjamins.
• Kim H., Maeda S., Honda K., & Hans S. (2010) The laryngeal characterization of Korean fricatives: acoustic and aerodynamic data. In S. Fuchs, M. Toda, & M. Zygis (eds.) Turbulent Sounds (pp. 143-166), Berlin: Walter de Gruyter.
• Toda M., Maeda S., & Honda K. (2010) In S. Fuchs, M. Toda, & M. Zygis (eds.) Turbulent Sounds (pp. 343-374), Berlin: Walter de Gruyter.
• Honda K.(2007). Physiological Processes of Speech Production. In J. Benesty, M. Sondhi, Y. Huang (eds.), Springer Handbook of Speech Processing (pp. 7-26), Heidelberg: Springer-Verlag.
• 朱春躍, 本多清志. (2007).「日本語/aN/と中国語/am, ang/における生成および知覚上の相違」定延利之・中川正之（編）『音声文法の対照』(pp.183-211),くろしお出版.
• Gomi H., Nozoe J., Dang J., & Honda K. (2006) A physiologically based model of peripheral dynamics for various lip deformations in speech articulation. In J. Harrington & M. Tabain (eds.), Speech Production: Models, Phonetic Processes, and Techniques (pp. 119-134), London: Psychology Press.
• 本多清志. (2006) MRIによる発話器官の観測．音声文法研究会編『文法と音声V』（pp. 47-58）,くろしお出版.
• 本多清志. (2002) 音声言語生成のモデル. 加我・市村・新美（編）『新臨床耳鼻咽喉科学』4, 喉頭・気管・気管支・食道・音声言語 (pp. 256-272), 中外医学社.
• 本多清志. (2001) 話しことばと構音. 加我・市村・新美（編）『新臨床耳鼻咽喉科学』1基礎編 (pp. 368-376), 中外医学社.
• Honda K. (2000) Interactions between vowel articulation and F0 control. In B. Palek & O. Fujimura (eds.), Language and Phonetics (pp. 517-527). Plague: Charles University Press.
• 本多清志. (1998) 音声の生物学的基礎. 岩波講座：言語の科学２『音声』(pp. 93-125), 岩波書店.
• Maeda S., & Honda K. (1997) Articulatory coordination and its neurobiological aspects. In S. Kiritani, H. Hirose, & Fujisaki, H. (eds.), Speech Production and Language: In Honor of Osamu Fujimura (pp. 215-228). Berlin: Mouton de Gruyter.
• Honda K. (1995) Laryngeal and extra-laryngeal mechanisms of F0 control. In F. Bell-Berti & L.J. Raphael (eds.), Producing Speech: Contemporary Issues (pp.215-232), New York: American Institute of Physics.
• Honda K., Hirai H., Estill J., & Tohkura Y. (1995) Contribution of vocal tract shape to voice quality: MRI data and articulatory modeling. In O. Fujimura & M. Hirano (eds.) Vocal Fold Physiology, Voice Quality Control, San Diego: Singular Publishing Group, pp. 23-38.
• Honda K. & Fujimura O.(1991) Intrinsic vowel F0 and phrase-final F0 lowering: phonological vs. biological explanations. In J. Gauffin & B. Hammarberg (eds.) Vocal Fold Physiology, San Diego: Singular Publishing Group, 149-157.
• Honda K., Kiritani S., Imagawa H., & Hirose H. (1987) High-speed digital recording of vocal fold vibration using a solid-state image sensor. In T. Baer, K. Sasaki, & K.S. Harris (eds.), Laryngeal Function in Phonation and Respiration, Boston: College-Hill Press, 485-491.
• Sawashima M., & Honda K. (1987) An airway interruption method for estimating expiratory pressure during phonation. In T. Baer, K. Sasaki, & K.S. Harris (eds.), Laryngeal Function in Phonation and Respiration, Boston: College-Hill Press, 449-447.
• Honda K. (1985) Variability analysis of laryngeal muscle activities. In R. Schearer, & I. Titze, (eds.), Vocal Fold Physiology, Denver Center for Performing Arts, 127-137.
• Kakita K., Fujimura O., & Honda K. (1985) Computation of mapping from muscular coarticulation patterns to formant patterns in vowel space. In V.A. Fromkin (ed.) Phonetic Linguistics, Academic Press, 133-144.
• Honda K. (1983) Relationship between pitch control and vowel articulation. In D.M. Bless & J.H. Abbs (eds.), Vocal Fold Physiology, San Diego: College-Hill Press, 286-299.
• Sawashima M., Hirose H., Honda K., Yoshioka H., Hibi S. R., Kawase N., & Yamada M. (1983) Stereoendoscopic measurement of the laryngeal structure. In D.M. Bless & J. Abbs (eds.), Vocal Fold Physiology, San Diego: College-Hill Press, 264-278.

Invited Talks

• Honda K. and Zhang J. (2018) Articulatory modeling of human and non-human vocal production. J. Acoust. Soc. Am. 143(3), 1787. The 175th Meeting: Acoustical Society of America, Minneapolis, USA
• Honda K. (2016) Articulatory idiosyncrasy inferred from relative size and mobility of the tongue. J. Acoust. Soc. Am., 139(4), 2192.
• Honda K. (2013) Visualization and modeling of speech organs with MRI. Special Lecture, the 58th Congress of the Japan society of Logopedics and Phoniatrics, Oct 17, Kochi, Japan
• Honda K., Takemoto H., & Kitamura T. (2008) Small vocal-tract cavities revealed by magnetic resonance imaging and their acoustic influences. The 156th Meeting: Acoustical Society of America, Miami, USA, November.
• Honda K. (2007) Glottal and supraglottal control of voice quality. Invited talk at IIAS Study Group: Voice – Biological, Social, and Technological Perspectives, International Institute for Advanced Studies, Kyoto, Japan, August 14-15.
• Honda K., Maeda S., and Sugito M. (2007). Articulation changes in different voicing patterns. Proc. ICPhS 2007 (pp. 237-240), Saarbrücken, Germany, August 6-10, 2007.
• Honda K. (2007) Visualization of speech production mechanisms. Invited talk at ICP, GIPSA-Lab, Grenoble, France, June 14, 2007.
• Honda K. (2007) Visualization of speech production mechanisms. Invited talk at Laboratoire Parole et Langage, Université de Provance, Aix-en-Provence, France, February 16, 2007.
• Honda K., and Takano S. (2007) Visualization of physiological mechanisms of tongue movements with MRI. Proc. International Symposium on Biomechanics, Healthcare and Information Science (pp. 155-162), Kanazawa, Japan, March 16-17, 2007.
• Honda K. (2006) Visualization of speech production mechanisms, 7th Annual Willard R.Zemlin Lecture, ASHA Convention 2006, Miami, USA, November 16-18, 2006.
• Honda K. (2006) Physiological and acoustic factors involved in /a/ to /i/ transition. Colloquium on Phonetic Bases of Distinctive Features, Paris, France, July 3, 2006.
• Honda K. (2005.6) Magnetic resonance imaging and acoustic modeling of human vocal organs. The 34th Voice Foundation Symposium, Philadelphia.
• 本多清志. (2005) 音声生成の生理機構と発話障害. 第8回認知心理学研究会.
• Honda K. (2004.3) Physiological factors causing tonal characteristics of speech: from global to local prosody. Speech Prosody 2004. Nara, Japan.
• 本多清志. (2003) 高分解能MRIによる喉頭機能の観測．第6回日本音声外科研究会特別講演
• 本多清志, 党建武. (2003) 音声生成機構のMRI観測と生理学的調音モデル. 電子情報通信学会技術研究報告. SP103, 13-18.
• 本多清志. (2002) 発話観測法の歴史とMRIによる最新音声研究.（財）輻射科学研究会例会.
• 本多清志. (1999) Ｘ線マイクロビームによる子音調音時の舌位置の分析. 第44回日本音声言語医学会.
• 本多清志. (平成６年) 生成機構からみた音声知覚の側面. 音響学会講演論文集, 平成6年3月, 649 - 650.

Review Articles

• Honda K. (2002) Evolution of vowel production studies and observation techniques. Acoust. Sci. & Tech., 23, 189-194.
• 本多清志. (2002) 母音生成研究と観測技術の進展. 日本音響学会誌, 58, 420-425.
• 本多清志. (2001) 人の顔型と声質. 日本音響学会誌, 57, 308-313.
• 本多清志. (1998) X線マイクロビームによる調音運動研究の動向. 音声研究.
• 本多清志. (1995) 音声生成機構のモデル. 行動計量学, 22: 11-21.
• 本多清志. (1993) 音声言語の生成−形態と機能の考察. BME, 特集「音声言語」.
• 本多清志. (1992) 音声生成の生理学的背景. 日本音響学会誌48巻1号, 1992, 9-14.

Conference Presentations

• Honda k.,Murano Emi Z., Takano S., Masaki S., Dang, J. (2014) Anatomical considerations on the extrinsic tongue muscles for articulatory modeling. Journal of the Acoustical Society of America, 133(5):3607 .
• Hoole P., and Honda K. (2007) Automaticity vs. feature-enahancement in the control of segmental F0. International Conference: Where Do Features Come From? Paris, France, October 4-5, 2007.
• Fujita S., Dang J., Suzuki N., and Honda K. (2007). Estimation of movements after glossectomy based on 3D physiological tongue model, Proc. International Symposium on Biomechanics, Healthcare and Information Science (pp. 94-99), Kanazawa, Japan, March 16-17, 2007.
• Hoole P., Honda K., Murano E., Fuchs S., and Pape D. (2006). Go with the flow: Between automaticity and enhancement in control of segmental F0. 7th International Seminar on Speech Production, Ubatuba, Brazil, December 13-15, 2006.
• Zandipour M., Perkell J., Guenther F., Tiede M., Honda K., and Murano E. (2006). Speaking with a bite-block: data and modeling, 7th International Seminar on Speech Production, Ubatuba, Brazil, December 13-15, 2006.
• Fujita S., Dang J., Suzuki N., and Honda K. (2006). Modeling asymmetrical movements of normal and pathological tongue. 7th International Seminar on Speech Production, Ubatuba, Brazil, December 13-15, 2006.
• Takano S., and Honda K. Measurement of tissue deformation in the tongue during a vowel sequence /ei/ using tagged-cine MRI.(2006). 7th International Seminar on Speech Production, Ubatuba, Brazil, December 13-15, 2006.
• Amelot A., Basset P., Honda K., Maeda S., and Crevier-Buchman L. (2006). Evaluation of a photonasography. 4th ASA-ASJ Joint Meeting, Honolulu, USA, November 28 - December 2, 2006.
• Zandipour M., Perkell J., Tiede M., Guenther F., Honda K., and Murano E. (2006). Different motor strategies for increasing speaking rate: Data and modeling. 4th ASA-ASJ Joint Meeting, Honolulu, USA, November 28 - December 2, 2006.
• Dang J., and Honda K. (2006). A model based investigation on the relation of the vertical larynx movements and vocal fold length. ICVPB 2006, Tokyo, Japan, July 12-14, 2006.
• Takemoto, H., Adachi, S., Kitamura, T., Mokhtari, P., and Honda, K. (2006) Laryngeal cavity resonance and the fourth formant. ICVPB 2006, Tokyo, Japan, July 12-14.
• Kitamura T., Takemoto H., Adachi S., Mokhtari P., & Honda, K. (2006). Appearance and disappearance of laryngeal cavity resonance within a glottal cycle. ICVPB 2006, Tokyo, Japan, July 12-14.
• Mokhtari P., Kitamura T., Takemoto H., Adachi S. and Honda K. (2006). Causal factors and acoustic consequences of inter-talker variability in voice production, ICVPB 2006, Tokyo, Japan, July 12-14.
• 本多清志, 竹本浩典, 中島淑貴, 足立整治, 平原達也. (2006) ピッチを変えて発声した無声母音の声道形状. 日本音響学会春季研究発表会.
• 本多清志, 正木信夫. (2005) 声道模型による声の個人性の研究. 第50回日本音声言語医学会総会.
• 本多清志, 北村達也, 竹本浩典, 能田由紀子, 平田宏之, 正木信夫, 藤田覚. (2005) 母音発話MRIデータに基づく声道模型の制作と音響分析. 日本音響学会秋季研究発表会, 2, 313-314.
• Dang J., Wei J., Suzuki T., Honda K., Perrier P., & Honda M. (2004) Investigation and modeling of coarticulation in speech production, Symposium of Chinese Spoken Language 2004, December, pp.25-28.
• Honda K., Kitamura T., Takemoto H., & Mokhtari P. (2004.8) Acoustic characteristics of hypopharyngeal cavities. 4th Int. Conf. Voice Physiology & Biomechanics, Marseille.
• Takano S., Honda K., & Kinoshita K. (2004.8) Observation of cricothyroid joint motion using 3D high-resolution MRI. 4th Int. Conf. Voice Physiology & Biomechanics, Marseille.
• Dang J., Honda K. and Perrier P. (2004.4) Implement of coarticulation in physiological articulatory model. Proc. 18th Int. Congress Acoust, pp. 1335-1336.
• Mori H., Odagiri W., Kasuya H., Honda K. (2004.4) Transitional characteristics of fundamental frequency in singing. Proc. 18th Int. Congress Acoust., Vol.I, pp.499-599, 2004.
• Nota Y., & Honda K. (2004) Possible role of the anterior insula in articulation. Proc. 10th Int. Conf. on Functional Mapping of the Human Brain.
• Kitamura T., Fujita S., Honda K., & Nishimoto H. (2004) An experimental method for measuring transfer function of acoustic tubes. Proc. 8th Int. Conf. Spoken Language Processing.
• Nota Y., & Honda K. (2003.12) A possible role of the anterior insula in articulation. Proc. the 6th International Seminar on Speech Production, pp.191-194, Sidney.
• Takemoto H., Honda K., Masaki S., Shimada Y., & Fujimoto, I. (2003.12) Measurement of temporal changes in vocal tract area function during a continuous vowel sequence using a 3D cine-MRI technique. Proc. 6th Int. Seminar on Speech Production, pp. 284-289, Sidney.
• Takano S. (2003.12) Observation of tongue-larynx interaction using impromoved MRI techniques. Proc. 6th Int. Seminar on Speech Production, Sidney.
• Dang J., & Honda K. (2003.12) A control method considering the static and dynamic characteristics of the articulatory model. Proc. 6th Int. Seminar on Speech Production, Sidney.
• Adachi S. and Honda K. (2003.12) CFD approach to fricative sound sources. Proc. 6th Int. Seminar on Speech Production, pp. 1-6, Sidney.
• Takano S., Honda K. Masaki S., Shimada Y., & Fujimoto, I. (2003.9) Translation and rotation of the cricothyroid joint revealed by phonation-synchronized high-resolution MRI. Proc. EuroSpeech 2003, pp. 2397-2400, Geneva.
• Dang J., & Honda K. (2003.9) Consideration of muscle co-contraction in a physiological articulatory model. Proc. EuroSpeech 2003, pp. 2361-2364, Geneva.
• Takano S., Honda K., & Dang J. (2002.12) Geometrical analysis of the tongue muscles based on MRI and functional modeling of the tongue. The 144th A.S.A. Meeting, Cancun.
• Dang J., & Honda K. (2002.12) Improvements of a physiological articulatory model in construction and control strategy. The 144th A.S.A. Meeting, Cancun.
• Nishimura T., Honda K., Takemoto H., Shimada Y. Fujimoto I., & Masaki S. (2002.9) MRI motion imaging of cricothyroid joint action. 3rd Int. Conf. Voice Physiology and Biomechanics (ICVPB), Denver.
• Nota Y., Honda K., Shimada Y., & Fujimoto I. (2002) Brain regions involved in speech. Proc. 8th Int. Conf. Functional Mapping of the Human Brain NeuroImage.
• Dang J., Honda M., & Honda K. (2002.9). Investigation of coarticulation based on electromagnetic articulographic data. Proc. 7th Int. Conf. Spoken Language Processing (ICSLP2002), pp. 1521-1524.
• Dang K., & Honda K. (2002.3) Motor control for a physiological articulatory model involving muscle antagonism. Conf. on Motor Speech: Motor Speech Disorder and Speech Motor Control, Williamsberg, VA.
• Dang J., & Honda K. (2001.10) Inverse estimation from speech sounds to articulatory targets. 5th National Conference on Modern Phonetics. Beijing.
• Dang J., & Honda K. (2001.9) Motor control for a physiological model involving muscle antagonism. CREST Workshop on Speech Motor Control and Modeling. Sapporo.
• Honda K., Masaki S., & Shimada Y. (2000.10) Observation of laryngeal control for voicing and pitch change by magnetic resonance imaging. 6th Int. Conf. Spoken Language Processing (ICSLP 2000), Beijing.
• Dang J., & Honda K. (2000.5) Estimation of vocal tract shape from speech sounds via a physiological articulatory model. 5th Seminar on Speech Production: Models and Data, Munich, pp. 233-236.
• Masaki S., Maeda S., Honda K., & Aoyama K. (1999.8) Temporal and spatial brain activities reflected in independent components of event-related magnetic fields during vowel perception. Proc. 14th Int. Cong. Phonetic Sciences (ICPhS99), San Francisco, 3, pp. 2073-2076.
• Dang J., Sun J., Deng L., & Honda K. (1999.8) Speech synthesis using a physiological articulatory model with feature-based rule. Proc. 14th Int. Cong. Phonetic Sciences (ICPhS99), San Francisco, 3, pp. 2267-2270.
• Wu C-M., Dang J., & Honda K. (1999.3). A design of laryngeal structures for a physiological articulatory model. The Joint Meeting of A.S.A., E.A.A., & D.E.G.A., Berlin.
• Dang J., & Honda K. (1999.3) Speech synthesis of VCV sequence using a physiological articulatory moel. The Joint Meeting of A.S.A., E.A.A., & D.E.G.A., Berlin.
• Wakumoto M., Masaki S., Honda K., Kusakawa N., & Ohue T. (1999.3) Integration of three-dimensional and pressure sensitive palatography for speech production study. The Joint Meeting of A.S.A., E.A.A., & D.E.G.A., Berlin.
• 本多清志, 藤田覚, Mark Tiede, 和久本雅彦, 党建武. (1999)上下歯列間隙により生じる声道の分岐管．H11音響学会講演論文集, 2-3-3.
• 本多清志. (1999) Ｘ線マイクロビームによる子音調音時の舌位置の分析. 44回日本音声言語医学会. 博多.
• Honda K, & Tiede M. (1998.12) An MRI study on the relationship between oral cavity shape and larynx position. Proc. 5th Int. Conf. Spoken Language Processing (ICSLP98), Sidney, 2, p. 437.
• Dang J, & Honda K. (1998.12) Speech production of vowel sequences using a physiological articulatory model. Proc. 5th Int. Conf. Spoken Language Processing (ICSLP98), Sidney, 5, p. 1767.
• Wakumoto M., Masaki S., Honda K., & Ohue T. (1998.12) A pressure sensitive palatography: Application of new pressure sensitive sheet for measuring tongue-palatal contact pressure. Proc.5th Int. Conf. Spoken Language Processing (ICSLP98), Sidney, 7, p. 3151.
• Hashi M., Westbury J. R. & Honda K. (1998.4). Vowel posture normalization. The 135th A.S.A. Meeting.
• Honda K., Hashi M., Wu C-M., & Westbury J.R. (1997.11). Effects of the size and form of the orofacial structure on vowel production. The 134th A.S.A. Meeting.
• Masaki S., Tiede M.K., Honda K., Shimada Y., Fujimoto I., Nakamura Y., & Ninomiya N. (1997.11) MRI observation of dynamic articulatory movements using a synchronized sampling method. The 134th A.S.A. Meeting.
• Dang J., & Honda K. (1997.11) A physiological model of the tongue and jaw for simulating deformation in the midsagittal and parasagittal planes. The 134th A.S.A. Meeting.
• 本多清志, 正木信夫, 平井啓之. (1997) 声の高さの調節における喉頭の位置変化の役割. 日本音響学会秋季研究発表会講演論文集.
• 本多清志, 竹本浩典, 葉山杉夫. (1997) 喉頭下降と頸椎弯曲に由来する発声機能の特徴. 日本霊長類学会.
• 本多清志. (1997) 母音空間に現われる口腔顔面形状の個人性. 日本音響学会春季講演論文集.
• 本多清志. (1997) 声の調節における頸椎湾曲の役割. 第９回日本喉頭科学会学術講演会.
• Honda K. & Wu C-M. (1996.12) Differences in speaker's articulatory space: their contribution to vowel gesture and acoustic pattern. The 3rd Joint Meeting of A.S.A. and A.S.J., Honolulu.
• Ohnishi M., Masaki S., Honda K., Kusakawa N., Hayashi N., & Hirao K. (1996.12) Evoked hemodynamic response of the auditory cortex measured by megnetoencephalography and near-infrared spectroscopy. The 3rd Joint Meeting of ASA and ASJ, Honolulu.
• Dang J., Kawanishi Y., Shadle C., Honda K., & Suzuki, H. (1996.12) Examination of the open-end correction coefficient for side branches within an acoustic tube. The 3rd Joint Meeting of ASA and ASJ, Honolulu.
• Herman R., Beckman M., & Honda K. (1996.10) Subglottal pressure and final lowering in English. Proc. 4th Int. Conf. Spoken Language Processing (ICSLP 96), pp. 145-148.
• Honda K., Maeda S., Hashi M., Dembowski J.S., & Westbury J.R. (1996.10) Human palate and related structures: their articulatory consequences. Proc. 4th Int. Conf. Spoken Language Processing (ICSLP 96), pp. 784-787.
• Dang J., & Honda K. (1996.10) An improved vocal tract model of vowel production implementing piriform resonance and transvelar coupling. Proc. 4th Int. Conf. Spoken Language Processing (ICSLP 96), pp. 965-968.
• Dang J., & Honda K. (1996.5). Acoustical modeling of the vocal tract based on morphological reality: Incorporation of the paranasal sinuses and the piriform fossa. Proc. 1st ESCA Tutorial and Research Workshop on Speech Production Modeling. & 4th Speech Production Seminar: Models and Data. Autrans, France, pp. 49-52.
• Masaki S. & Honda K. (1996.5). Control of speech command generation for Japanese word: Estimation from reaction time measurement. Proc. 1st ESCA Tutorial and Research Workshop on Speech Production Modeling. & 4th Speech Production Seminar: Models and Data, Autrans, France, pp. 105-108.
• Beckman M., Erickson D., Honda K., Hirai H., & Niimi S. (1995) Physiological correlates of global and local pitch range variation in the production of high tones in English. The 13rd Int. Cong. Phonetic Sciences (ICPhS), 2, pp. 638-641.
• Honda K., Hirai H., & Dang J. (1994.9) A physiological model of speech production and the implication of tongue-larynx interaction. Proc. 3rd Int. Conf. Spoken Language Processing (ICSLP 94), Yokohama, Japan, pp. 175-178.
• Honda K., Hirai H., & Dang J. (1994.9) A physiological model of speech organs and the implications of the tongue-larynx interaction. Proc. 3rd Int. Conf. Spoken Language Processing (ICSLP 94), Yokohama, Japan, pp. 175-178.
• Dang J., & Honda K. (1994.9) Investigation of the acoustic characteristics of the velum for vowels." Proc. 3rd Int. Conf. Spoken Language Processing (ICSLP 94), Yokohama, Japan, pp. 603-606.
• Erickson D., Honda K., Hirai H., Beckman M.E., & Niimi S. (1994.9) Global pitch range and the production of low tones in English intonation. Proc. 3rd Int. Conf. Spoken Language Processing (ICSLP 94), Yokohama, Japan, pp.651-654.
• Masaki S. & Honda K. (1994.9) Estimation of temporal processing unit of speech motor programming for Japanese words based on the measurement of reaction time. Proc. 3rd Int. Conf. Spoken Language Processing (ICSLP 94), Yokohama, Japan, pp.663-666.
• Honda K., & Kusakawa N. (1994.5) The articulatory trajectories of the tongue in the muscle force space. The 127th A.S.A. Meeting.
• Hirai H., Dang J., & Honda K. (1994.5) Production of speech from a physiological model of speech organs. The 127th A.S.A. Meeting.
• Hashi M., Westbury J.R., & Honda K. (1994.5) Articulatory and acoustic variability of vowels in Japanese and English. The 127th A.S.A. Meeting.
• Oshima K., Honda K., Niimi S., & Gracco V.L. (1994.5) Tongue movement mechanism in different speaking rates. The 127th A.S.A. Meeting.
• Honda, K. (1993.12) Organization of tongue articulation for vowels and consonants. The 2nd ACCOR Workshop "Lingual data and modelling in speech production", Barcelona.
• Dang J., Honda K., & Suzuki H. (1993.9). MRI measurement and acoustic investigation of the nasal and paranasal cavities. The 126th A.S.A. Meeting.
• Hirai H., Honda K., Fujimoto I., & Shimada Y. (1993.5). An MRI study of the physiological mechanism of F0 lowering. The 125th A.S.A. Meeting.
• 本多清志, 吐師道子, J.R. Westbury. (1993) 口蓋形状と舌運動との相対関係： X-ray microbeam data. 日本音響学会平成5年秋季研究発表会講演論文集, pp. 271-272.
• 本多清志, 吐師道子, Westbury J.(1993) 口蓋形状と舌運動との相互関係: Xray microbeam data. 日本音響学会平成5年秋季研究発表会講演論文集.
• Honda K. (1991.10) A statistical study of tongue muscle EMG and vowel formant frequencies. The 122nd A.S.A. Meeting.
• 本多清志. (1991) 外舌筋の筋活動と母音のホルマント周波数との関係. 日本音響学会平成３年度秋季研究発表会講演論文集, pp197-198.
• 本多清志. (1991) 文章発話におけるF0上昇と下降の生理学的機構. 第23回近畿音声言語研究会.
• Kakita Y., & Honda K. (1988.11) Stability of vowel formants based on a simple acoustic tube model and a tongue model. The 2nd Joint Meeting of A.S.A. and A.S.J., Honolulu.
• Honda K. (1988. 11) Various laryngeal mechanisms in controling the voice fundamental frequency. The 2nd Joint Meeting of A.S.A. and A.S.J., Honolulu.
• Honda K. (1983.8) Accuracy of tongue articulation. Proc. 11th Int. Cong. Acoustics (ICA), 4, 7-10.
• Alfonso P. J., Baer T., & Honda K. (1983.8) Lingual control and vowel articulation. Proc. 11th Int. Cong. Acoustics (ICA), 4, 3-6.
• Honda K., Baer T., & Alfonso P.J. (1982.11) Variability of tongue muscle activities and its implications. The 104th A.S.A. Meeting.
• Henderson J.B., Honda K., Bell-Berti F., & Dxit R.P.(1982.4) A cross-language study of velar coarticulation. The 103rd A.S.A. Meeting.
• Alfonso P.J., Honda K., Bear T., & Harris K.S.(1982.4) Multi-channel study of tongue EMG during vowel production. The 103rd A.S.A. Meeting.
• Honda K., & Baer T. (1981.11) Interaction between pitch control and articulatory mechanisms. The 102nd A.S.A. Meeting.
• Bell-Berti F., Henderson J.B., & Honda K. (1981.5) Velar coarticulation in nasal and oral environments: a comparison of English and Hindi. The 101st A.S.A. Meeting.
• Honda K., Baer T., Hirose H., & Sawashima M. (1981.5) Relationship between vowel articulation and pitch control. The 101st A.S.A. Meeting.
• 本多清志, 船坂宗太郎.(1977) 周波数変調音刺激によるモルモットの蝸電図. 第20回日本オージオロジー学会.

Awards

• 日本音響学会第46回佐藤論文賞：北村達也, 本多清志, 竹本浩典. (2006) Individual variation of the hypopharyngeal cavities and its acoustic effects
• ATR表彰：北村達也, 竹本浩典, 藤田覚, 本多清志. (2004) 下咽頭共鳴を含む声音音響モデルの構築
• ATR表彰：党建武, 本多清志. (1994) Morphological and Acoustical Analysis of the Nasal and the Paranasal Cavities