Updated on 2024/04/19

写真a

 
HONDA, Masaaki
 
Affiliation
Faculty of Sport Sciences
Job title
Professor Emeritus
Degree
博士(工学) ( 早稲田大学 )

Professional Memberships

  • 　
    　
    　

    日本音響学会、電子情報通信学会、ＩＥＥＥ、米国音響学会

Research Areas

  • Linguistics / Intelligent robotics

Research Interests

  • speech information processing, sensori motor system, phonetics, speech science

Awards

  • 日本人工知能学会研究会優秀賞

    2005.06  

  • 計測自動制御学会SI2004ベストセッション講演賞

    2004.12  

  • BEST PAPER AWARD - APPLICATION, 2003 IEEE/RSJ International Conference on Intelligent Robots and Systems

    2004.10  

 

Papers

  • Production of Various Vocal Cord Vibrations Using a Mechanical Model for an Anthropomorphic Talking Robot

    Kotaro Fukui, Yuma Ishikawa, Eiji Shintaku, Masaaki Honda, Atsuo Takanishi

    ADVANCED ROBOTICS   26 ( 1-2 ) 105 - 120  2012  [Refereed]

    　View Summary

    We developed a three-dimensional mechanical vocal cord model for Waseda Talker No. 7 (WT-7), an anthropomorphic talking robot, for generating speech sounds with various voice qualities. The vocal cord model is a cover model that has two thin folds made of thermoplastic material. The model self-oscillates by airflow exhausted from the lung model and generates the glottal sound source, which is fed into the vocal tract for generating the speech sound. Using the vocal cord model, breathy and creaky voices, as well as the modal (normal) voice, were produced in a manner similar to the human laryngeal control. The breathy voice is characterized by a noisy component mixed with the periodic glottal sound source and the creaky voice is characterized by an extremely low-pitch vibration. The breathy voice was produced by adjusting the glottal opening and generating the turbulence noise by the airflow just above the glottis. The creaky voice was produced by adjusting the vocal cord tension, the sub-glottal pressure and the vibration mass so as to generate a double-pitch vibration with a long pitch interval. The vocal cord model used to produce these voice qualities was evaluated in terms of the vibration pattern as measured by a high-speed camera, the glottal airflow and the acoustic characteristics of the glottal sound source, as compared to the data for a human. (C) Koninklijke Brill NV, Leiden and The Robotics Society of Japan, 2012

    DOI

    Scopus

    2
    Citation
    (Scopus)

  • 発話データに基づく人間形発話ロボットの制御

    福井孝太郎, 草野世大, 高西淳夫, 誉田雅彰

    音声研究   14 ( 2 ) 57 - 64  2010.08

  • Assessment of visual function by a new quantitative method of dynamic visual acuity

    Uchida, Y, Kudoh, D, Honda, M

    Human Performance Measurement   7   1 - 6  2010

  • The influence of time-scale changes in movement on mental images and prediction

    Uchida Y, Honda M

    The inaugural international academy of sportology - english monograph    2010

  • 発音発語-工学から見た発音発語

    誉田雅彰

    第68回日本矯正歯科学会大会(招待講演)    2009

  • Three-dimensional mechanical tongue and vocal cord models for human speech production

    Fukui,K, Sintaku, E, Ishikawa, Y. Sakakibara, N, Mukaida,M, Takanishi, A, Honda, M

    Acoustical Society of America 157th Meeting    2009

  • Production of various voice qualities using mechanical vocal code model

    Honda, M, Fukui, K, Shintaku, E, Ishikawa, Y, Sakakibara, N, Mukaeda, Y, Takanshi, A

    roceeding of the 1st Int. Workshop on Dynamic Modeling of the Oral, Pharyngeal and Laryngeal Complex for Biomedical Applications     97 - 100  2009

  • NN順逆モデリングを用いた人間形発話ロボットの声帯振動制御

    福井孝太郎, 新宅英滋, 下村彰宏, 榊原菜々, 石川優馬, 誉田雅彰, 高西淳夫

    日本ロボット学会誌   26 ( 7 ) 76 - 82  2008.10

  • Three-dimensional Tongue Mechanism of Anthropomorphic Talking Robots for Human-like Voice Production

    K. Fukui, N. Sakakibara, E. Shintaku, A. Shimomura, Y. Ishikawa, M. Honda, A. Takanish

    Proceedings of the 16th CISM-IFToMM Symposium on Robot Design, Dynamics and Control    2008.07

  • Control Methods Based on Neural Network Forward and Inverse Models for a Biomechanical Structured Vocal Cord Model on an Anthropomorphic Talking Robot

    K. Fukui, E. Shintaku, A. Shimomura, N. Sakakibara, Y. Ishikawa, M. Honda, A. Takanishi

    Proceedings of the 2008 IEEE International Conference on Robotics and Automation     3648 - 3653  2008.05  [Refereed]

  • Improved high-quality MPEG-2/4 advanced audio coding encoder

    Yotaro Kubo, Masaaki Honda, Katsuhiko Shirai, Tomoyasu Komori, Nobumasa Seiyama, Tohru Takagi

    Acoustical Science and Technology   29 ( 6 ) 362 - 371  2008

    　View Summary

    We propose three methods for implementing an improved MPEG-2/4 Advanced Audio Coding (AAC) encoder. The naive implementation using only the informative part of the AAC standard results in coded audio signals with a significantly poor quality. However, the encoder implementation can be modified to improve coding efficiency. Some coding modules require more sophisticated methods for improving the quality. The first among the three methods is a grouping method in the short block mode of AAC. The second is a codebook selection method in the Huffman coding. The third is the scale-factor sectioning method in bit allocation to the frequency components. We also present the methods proposed in our previous papers. The efficiency of the proposed methods has been evaluated objectively and subjectively. We have confirmed that the proposed methods are capable of improving the quality of encoded streams. © 2008 The Acoustical Society of Japan.

    DOI

    Scopus

  • 生理学的構造に基づく人間形発話ロボットの声帯機械モデル

    福井孝太郎, 新宅英滋, 誉田雅彰, 高西淳夫

    日本機械学会論文集   73 ( 734-C ) 2750 - 2756  2007.10

    　View Summary

    WT-5 (Waseda Talker No. 5), a new anthropomorphic talking robot have been developed with novel vocal cords based on human biomechanical structure. The mechanical vocal cord model has vocal folds with hollow to reproduce layer structure of human vocal cords. The vocal cords are formed by using the thermoplastic rubber "Septon", available from Kuraray Co. Ltd., which has similar elasticity to human tissue. The vocal cords self-oscillate driven by an air flow exhausted from a mechanical lung in similar manner to a human. With new mechanisms, the robot produces natural sounding voices closer to those of a human.

    CiNii

  • New Anthropomorphic Talking Robot having a Three-dimensional Articulation Mechanism and Improved Pitch Range

    K. Fukui, Y. Ishikawa, T. Sawa, E. Shintaku, M. Honda, A. Takanishi

    Proceedings of the 2007 IEEE International Conference on Robotics and Automation     2922 - 2927  2007.04  [Refereed]

  • Automatic music selection method adapted to the user's preference

    Kentaro Hikosaka, Toru Taniguchi, Yotaro Kubo, Masaaki Honda and

    Proc. of NCSP'07     477 - 480  2007.03

  • ロボットにおける発話

    福井孝太郎, 高西淳夫, 誉田雅彰

    日本音響学会誌   63 ( 1 ) 23 - 28  2007.02

  • Talking Robot mimicking human speech production

    M. Honda

    Robotics for Society, New Direction in Cognitive Science    2007.01

  • Acoustic analysis and synthesis of laughter

    T.Haga, M.Honda, K.Shirai

    The 4-th Joint Meeting of Acoustical Society of Amerika and Acoustical Society of Japan   120 ( 5 ) 3374  2006.11

  • New anthropomorphic talking robot -Investigation for the three dimensional articulation mechanism and improvement of the pitch range

    K.Fukui, Y.Ishikawa, T.Sawa, E.Shintaku, M.Honda, A.Takanishi

    The 4-th Joint Meeting of Acoustical Society of Amerika and Acoustical Society of Japan   120 ( 5 ) 3249  2006.11

  • Sinusoidal model basen on instantaneous frequency attractors

    T. Abe, M. Honda

    IEEE Transactions on Speech and Audio Processing   14 ( 4 ) 1292 - 1300  2006.07  [Refereed]

  • A mechanical model of the vocal cords mimicking human biological structure

    K.Fukui, E.Shintaku, K.Takada, S.Ikeo, K.Nishikawa, A.Takanishi, M.Honda

    The 5-th International Conference on Voice Physiology and Biomechanics     69 - 70  2006.07

  • Development of a human-like sensory feedback mechanism for an anthropomorphic talking robot

    K.Fukui, K.Nishikawa, S. Ikeo, M.Honda, A. Takanishi

    IEEE Int. Conf. on Robotics and Automation     101 - 106  2006.04  [Refereed]

  • New anthropomorphic talking robot having sensory feedback structure and vocal cords based on human biomechanical structure

    K.Fukui, K.Nishikawa, S.Ikeo, E.Shintaku, K.Takada, A.Takanishi, M.Honda

    The first IEEE/RAS-EMBS Int. Conf. on Biomedical Robotics and Biomechatronics     70  2006.02

  • Dicrimination of speech, musical instruments and singing voice using the temporal patterns of sinusoidal segments in audio signals

    T. Taniguchi, A. Adachi, S. Okawa, M. Honda, K.Shirai

    Proc. of 9th Euripean Conf. on Speech Communication and Technology     589 - 592  2005.09

  • 人間の生理学的構造を模擬した器官を有する新型人間形発話ロボットの開発

    新宅英滋, 福井孝太郎, 西川員史, 池尾俊輔, 高田健太郎, 誉田雅彰, 高西淳夫

    第23回日本ロボット学会学術講演会     3F22  2005.09

  • 生理学的構造を模擬した人間形発話ロボットによる音声生

    新宅英滋, 福井孝太郎, 西川員史, 池尾俊輔, 高田健太郎, 誉田雅彰, 高西淳夫

    日本音響学会2005年秋季研究発表会講演論文集     315 - 319  2005.09

  • 人間形発話ロボットにおける感覚フィードバックを用いた制御パラメータの最適化

    福井孝太郎, 池尾俊輔, 西川員史, 新宅英滋, 高田健太郎, 髙信英明, 誉田雅彰, 高西淳夫

    日本音響学会2005年秋季研究発表会講演論文集     317 - 318  2005.09

  • Three-dimensional electromagnetic articulography: A measurement principle

    T Kaburagi, K Wakamiya, M Honda

    JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA   118 ( 1 ) 428 - 443  2005.07  [Refereed]

    　View Summary

    A measurement principle of the three-dimensional electromagnetic articulographic device is presented. The state of the miniature receiver coil is described by five variables representing the position in the three-dimensional coordinate system and the rotation angles relative to it. When the receiver coil is placed in the magnetic field produced from the distributed transmitter coils, its state can be optimally estimated by minimizing the difference between the measured strength of the received signal and the predicted one using the known spatial pattern of the magnetic field. Therefore, the design and calibration of the field function inherently determine the accuracy in estimating the state of the receiver coil. The field function in our method is expressed in the form of a multivariate B spline as a function of position in the three-dimensional space. Because of the piecewise property of the basis function and the freedom in the selection of the rank and the number of basis functions, the spline field function has a superior ability to flexibly and accurately represent the actual magnetic field. Given a set of calibration data, the spline function is designed to form a smooth curved surface interpolating all of these data samples. Then, an iterative procedure is employed to solve the nonlinear estimation problem of the receiver state variables. Because the spline basis function is a polynomial, it is also shown that the calculation of the Jacobian or Hessian required to obtain updated quantities for the state variables can be efficiently performed. Finally, experimental results reveal that the measurement accuracy is about 0.2 mm for a preliminary condition, indicating that the method can achieve the degree of precision required for observing articulatory movements in a three-dimensional space. It is also experimentally shown that the Marquardt method is a better nonlinear programming technique than the Gauss-Newton or Newton-Raphson method for solving the receiver state problem. (c) 2005 Acoustical Society of America.

    DOI

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    35
    Citation
    (Scopus)

  • 発話ロボットの弾性体柔軟舌形状のモデル化および音響モデルとの統合

    西川員史, 小河原隆行, 高信英明, 持田岳美, 誉田雅彰, 高西淳

    日本機械学会論文集   C編   102 - 108  2005.06

  • Development of an anthropomorphic talking robot and the mimicking speech control

    K. Fukui, K. Nishikawa, T.Kuwae, A. Takanishi, H. Takanobu, T. Mochida, M. Honda

    Proc. of 149th Meeting of Acoustical Society of America   117 ( 4 ) 2541 - 2541  2005.05

  • Mechanical vocal tract model mimicking human biological strucure

    E. Shintaku, K.Fukui, K. Nishikawa, S. Ikeo, K. takada, A. Takanishi, H. Takanobu, M.Honda

    Proc. of 149th Meeting of Acoustical Society of America   117 ( 4 ) 2543 - 2543  2005.05

  • Development of a New Human-like Talking Robot for Human Vocal Mimicry

    Kotaro Fukui, Kazufumi Nishikawa, Toshiharu Kuwae, Hideaki Takanobu, Takemi Mochida, Masaaki Honda, Atsuo Takanishi

    IEEE International Conference on Robotics and Automation     1449  2005.04  [Refereed]

  • Dynamic Non-Linear Techniques for Speech Recognition

    GE Lingnan, A. Kurematsu, M. Honda, K. Shirai

    日本音響学会2005年春季研究発表会   I   233 - 234  2005.03

  • 可変長セグメントパタンマッチングに基づく楽音の音高・楽器推定

    彦坂健太郎, 椿雅也, 谷口徹, 誉田雅彰, 白井克彦

    日本音響学会2005年春季研究発表会   I   599 - 600  2005.03

  • 音声・楽器音・歌声が混在した音響信号中の音カテゴリ検出

    谷口徹, 安達了慈, 大川茂樹, 誉田雅彰, 白井克彦

    日本音響学会2005年春季研究発表会   I   265 - 266  2005.03

  • 人間形発話ロボット -喉を震わせ口を動かして発話するロボット-

    誉田雅彰, 西川員史, 高西淳夫, 廣谷定男, 持田岳美

    日本音響学会誌   61 ( 2 ) 91 - 95  2005.02

  • Development of a talking robot with vocal cords and lips having human-like biological structures

    K Fukui, K Nishikawa, S Ikeo, E Shintaku, K Takada, H Takanobu, M Honda, A Takanishi

    2005 IEEE/RSJ International Conference on Intelligent Robots and Systems, Vols 1-4     2526 - 2531  2005  [Refereed]

    　View Summary

    We have developed a new talking robot, WT-5 aaseda Talker No. 5, having novel vocal cords and lips based on human biological structures. The vocal cords are made from the thermoplastic rubber "Septon", available from Kuraray Co. Ltd, which has a similar elasticity to human tissue. The vocal cord model was constructed with a similar structure to the biological structure of the human vocal cords. The vocal cords vibrated like those of a human. The new lips were able to attain a large deformation in a similar manner to human lips, without the leakage of air. This allowed clear pronunciation of vowels. With these new mechanisms, the robot could reproduce human speech in a more biological manner and could produce voices closer to those of a human.

  • Development of a new vocal cords based human biological structures for talking robot

    K Fukui, K Nishikawa, S Ikeo, E Shintaku, K Takada, H Takanobu, M Honda, A Takanishi

    KNOWLEDGE-BASED INTELLIGENT INFORMATION AND ENGINEERING SYSTEMS, PT 3, PROCEEDINGS   3683   908 - 914  2005  [Refereed]

    　View Summary

    We developed a new talking robot, WT-5 (Waseda Talker No. 5), having novel vocal cords, based on human biological structures. The vocal cords were made from the thermoplastic rubber "Septon", available from Kuraray Co. Ltd. Septon has a similar elasticity to human tissue. The vocal cord model to have a structure similar to the biological structure of the human vocal cords was made. The vocal cords were vibrated like those of a human. This made clean the robot's vowels. With these new mechanisms, the robot could reproduce the human speech in a more biological view and could produce voices nearer to those of a human.

  • 発話ロボットの聞き真似発話制御機構の検討

    計測自動制御学会システムインテグレーション部会講演会    2004.12

  • Dynamical simulation of speech cooperative articulation by muscle linkages

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Biological Cybernetics   61   275 - 282  2004.12

  • 人間に近い声帯・声道接続条件を有する新型人間形発話ロボットの開発

    福井,西川, 桑江,秋山, 髙信,持田, 誉田,高西

    第22回日本ロボット学会講演会予稿集    2004.10

  • Speaker adaptation method for acoustic-to-articulatory inversion using an HMM-based speech production model

    Sadao Hiroya, Masaaki Honda

    IEICE Transactions on Information and Systems   E87-D ( 5 )  2004.05  [Refereed]

  • 音を作りだす仕組みを探る

    誉田雅彰

    計測と制御/計測自動制御学会   43  2004.04

  • 発話動作の仕組みと発話生成モデル

    電子情報通信学会技術研究報告   sp2003.4  2004.03

  • 高調波パターンを用いた音声・楽器音・歌声の識別

    日本音響学会2004年春季研究発表会講演論文集    2004.03

  • 未知話者からの調音逆推定法の評価

    廣谷定男, 誉田雅彰

    日本音響学会春季研究発表会/日本音響学会    2004.03

  • Estimation of articulatory movements from speech acoustics using an HMM-based speech production model

    S Hiroya, M Honda

    IEEE TRANSACTIONS ON SPEECH AND AUDIO PROCESSING   12 ( 2 ) 175 - 185  2004.03  [Refereed]

    　View Summary

    We present a method that determines articulatory movements from speech acoustics using a Hidden Markov Model (HMM)-based speech production model. The model statistically generates speech spectrum and articulatory parameters from a given phonemic string. It consists of HMMs of articulatory parameters for each phoneme and an articulatory-to-acoustic mapping for each HMM state. For a given speech spectrum, maximum a posteriori estimation of the articulatory parameters of the statistical model is presented. The performance on sentences was evaluated by comparing the estimated articulatory parameters with the observed parameters. The average RMS errors of the estimated articulatory parameters were 1.50 mm from the speech acoustics and the phonemic information in an utterance and 1.73 mm from the speech acoustics only.

    DOI

    Scopus

    115
    Citation
    (Scopus)

  • Identification of articulator muscle dynamics producing quick speech movements

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Proceeding of 6th International Seminar on Speech Production    2003.12

  • An investigation on the measurement accuracy of the three-dimensional electromagnetic articurography

    Tokihiko Kaburagi, Kouhei Wakamiya, Masaaki Honda

    Proceeding of 6th International Seminar on Speech Production    2003.12

  • Articulatory Control of Talking Robot by Mimicking Formant Trajectories of Human Speech

    T. Mochida, S. Hiroya, M. Honda, K. Nishikawa, A. Takanishi

    Proceeding of 6th International Seminar on Speech Production     173 - 178  2003.12

  • Effects of tactile and auditory feedback on compensatory articulatory response to an unexpected palatal perturbation

    Masaaki Honda, Emi Murano

    Proceeding of 6th International Seminar on Speech Production    2003.12

  • 発声力学に基づくタスクプニング機構の構築

    「脳を創る」終了シンポジウム(科学技術振興事業団)    2003.12

  • 人間の発話器官を模擬した発話ロボットによる音声生成

    計測自動制御学会システムインテグレーション部門講演会    2003.12

  • 人間型発話ロボットの実現をめざして(キーノート講演)

    計測自動制御学会システムインテグレーション部門講演会    2003.12

  • 発話動作における感覚フィードバック機構

    誉田雅彰

    日本音響学会誌   59 ( 11 ) 676 - 681  2003.11

    CiNii

  • Speech production Humanoid robot to reproduce human vocal movement

    K. Nishikawa, K. Hayashi, H. Takanobu, T. Mochida, M. Honda, A. Takanishi

    Proceedings of the 2003 IEEE/RSJ International Conference on Intelligent Robots and Systems     1907 - 1913  2003.10

  • 発話機構の計算論的研究

    誉田雅彰

    数理科学「脳型コンピュータの実現に向けて」 サイエンス社    2003.08

  • 発声運動に応じた筋スティフネスによる上唇・顎の協調メカニズム

    伊藤貴之, 五味裕章, 誉田雅彰

    電子情報通信学会論文誌   86-DII   333 - 341  2003

  • 人間形発話ロボットによる母音および子音発声の実現 -第3報 より人間に近い発声を目指した新型発話ロボットの開発

    西川員史, 林宏樹, 高信英明, 持田岳美, 誉田雅彰, 高西淳夫

    日本機械学会論文集   C69 ( 683 ) 139 - 144  2003

  • 無声子音における舌・唇と喉頭の調音運動の時間関係の分析

    藤野昭典, 鏑木時彦, 誉田雅彰, 村野恵美, 新美成二

    日本音響学会誌   59 ( 3 ) 121 - 130  2003

    DOI CiNii

  • Investigation of coarticulation in continuous speech

    Dang, Kiyosi Honda, Masaaki Honda

    Acoustical Science and Technology   24 ( 6 )  2003

  • Articulatory coordination by muscle-linkage during bilabial utterances

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Acoustical Science and Technology   24 ( 6 ) 391 - 393  2003

    DOI CiNii

    Scopus

    1
    Citation
    (Scopus)

  • Modeling and analysis of elastic tongue mechanism of talking robot for acoustic simulation

    K Nishikawa, H Takanobu, M Mochida, A Takanishi

    IROS 2003: PROCEEDINGS OF THE 2003 IEEE/RSJ INTERNATIONAL CONFERENCE ON INTELLIGENT ROBOTS AND SYSTEMS, VOLS 1-4     2107 - 2114  2003  [Refereed]

    　View Summary

    This paper describes the modeling and analysis of an elastic tongue mechanism of a talking robot WT-2 and the development of an acoustic simulator for the construction of the computational model of human speech production. WT-2 consists of lungs, vocal cords and articulators. It is essential to accurately estimate and analyze the shapes of these organs to develop an acoustic simulator However it was difficult to estimate and analyze the mechanisms, because they were composed of an elastic rubber to make various shapes and to seal the air and sound Therefore, we constructed a modeling method to simulate the shape of the elastic mechanisms. This method is applicable to all the elastic body. We developed an acoustic simulator using this modeling method in the process of constructing the speech production model.

  • Modeling of muscle contraction dynamics of speech articulator

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Proceeding of Society for Neuroscience    2002.11

  • Proceeding of Investigation of coarticulation based on electromagnetic articulographic data

    J. Dang, M. Honda, K. Honda

    International Conference of Spoken Language Processing    2002.09

  • Model of the mechanical linkage of the upper lip-jaw for the articukatory coordination

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Proceeding of 6th Int. Conf. on Spoken Language Processing     889 - 892  2002.09

  • Three-dimensional electromagnetic articulograph based on a nonparametric representation of the magnetic field

    Tokihiko Kaburagi, Kouhei Wakamiya, Masaaki Honda

    7th International Conference on Spoken Language Processing    2002.09

  • Acoustic-to-articulatory inverse mapping using an HMM-based speech production model

    Sadao Hiroya, Masaaki Honda

    Proceeding of International Conference on Spoken Language Processing   4   2305 - 2308  2002.09

    CiNii

  • Effects of tactile and auditory feedback on compensatory articulatory response to an unexpected palatal perturbation

    Masaaki Honda, Akinori Fujino, Emi Murano

    Proceeding of the International Conference on Linguistics and Phonetics (LP2002)     12 - 12  2002.09

  • 音響調音コードブックを用いた音声からの調音運動の逆推定

    鈴木 紳, 岡留剛, 誉田雅彰

    電子情報通信学会論文誌   J85-A ( 8 ) 840 - 846  2002.08

  • Electromagnetic articulograph based on a nonparametric representation of the magnetic field

    T Kaburagi, M Honda

    JOURNAL OF THE ACOUSTICAL SOCIETY OF AMERICA   111 ( 3 ) 1414 - 1421  2002.03  [Refereed]

    　View Summary

    Electromagnetic articulograph (EMA) devices are capable of measuring movements of the articulatory organs inside and outside the vocal tract with fine spatial and temporal resolutions, thus providing useful articulatory data for investigating the speech production process. The position of the receiver coil is detected in the EMA device on the basis of a field function representing the spatial pattern of the magnetic field in relation to the relative positions of the transmitter and receiver coils. Therefore, the design and calibration of the field function are quite important and influence the accuracy of position detection. This paper presents a nonparametric method For representing the magnetic field, and also describes a method for determining the receiver position from the strength of the induced signal in the receiver coil. The field pattern in this method is expressed by using a multivariate spline as a function of the position in the device's coordinate system. Because of the piecewise property of the basis functions and the freedom in the,,election of the rank and the number of the basis functions, the spline function has a superior ability to flexibly and accurately represent the field pattern, even when it suffers from fluctuations caused by the interference between the transmitting channels. The position of the receiver coil is determined by minimizing the difference between the measured strength of the received signal and the predicted one from the spline representation of the magnetic field, Experimental results show that the error in estimating, the receiver position is less than 0.1 mm for a 14 X 14-cm measurement area, and this error can be further reduced by using a spline-smoothing technique. (C) 2002 Acoustical Society of America.

    DOI

    Scopus

    13
    Citation
    (Scopus)

  • Compensatory articulation during bilabial fricative production by regulating muscle stiffness

    Hiroaki Gomi, Takayuki Ito, Emi Murano, Masaaki Honda

    Journal of Phonetics   30 ( 3 ) 261 - 279  2002.03

    DOI CiNii

    Scopus

    37
    Citation
    (Scopus)

  • 発話機構の計算論的研究

    誉田雅彰

    Computer Today サイエンス社    2002

  • Compensatory responses of articulators to unexpected perturbation of the palate shape

    Masaaki Honda, Akinori Fujino, Tokihiko Kaburagi

    Journal of Phonetics   30 ( 3 ) 281 - 302  2002

    　View Summary

    This paper describes compensatory articulatory behavior in response to an unexpected perturbation of the oral cavity. A mechanical device was used to change dynamically the thickness of an artificial palate
    the thickness of the un-inflated artificial palate was increased or the thickness of the already inflated artificial palate was decreased. The palatal perturbations were introduced under conditions of normal and masked auditory feedback. Acoustic, perceptual, and speech movement changes were examined in response to the experimental conditions. An EMA system was used to look for evidence of compensatory articulation during the utterance of repeated CV syllables containing fricative /∫/ and affricate /t∫/. When perturbation by palatal inflation was randomly given just before the initial syllable in the repeated fricative syllable, there was frequent overshoot of the tongue in forming the constriction, causing speech errors in the first syllable with the fricative. Compensation by the tongue for the unexpected palatal inflation became evident around the second syllable and the speech error disappeared in the successive syllables. Even when auditory feedback was masked, rapid compensatory articulation of the tongue was observed around the second syllable, but speech errors randomly occurred in the successive syllables. This fact suggests that tactile feedback gathered by sensing contact between tongue and inflated artificial palate is primarily used to develop the rapid compensation, and that auditory feedback is used in finely adjusting articulation with a longer time lag. © 2002 Elsevier Science Ltd. All rights reserved.

    DOI

    Scopus

    39
    Citation
    (Scopus)

  • Determination of articulatory movements from speech acoustics using an HMM-based speech production model

    S Hiroya, M Honda

    2002 IEEE INTERNATIONAL CONFERENCE ON ACOUSTICS, SPEECH, AND SIGNAL PROCESSING, VOLS I-IV, PROCEEDINGS     437 - 440  2002  [Refereed]

    　View Summary

    We present a method that determines articulatory movements from speech acoustics using an HMM (Hidden Markov Model)-based speech production model. The model statistically generates speech acoustics and articulatory movements from a given phonemic string. It consists of HMMs of articulatory movements for each phoneme and an articulatory-to-acoustic mapping. For a given speech acoustics, maximum likelihood estimation of the articulatory parameters in the statistical model is presented. An experiment was conducted to evaluate the method on sentences, and estimated articulatory parameters were compared with the observed parameters. The rms error of the estimated articulatory parameters is about 2.12 mm on average.

  • A dynamical simulation by using low pass filtered EMG for compensatory articulation

    Takayuki Ito, Hiroaki Gomi, Masaaki Honda

    Society for Neuroscience    2001.11

  • An experimental study on acoustical measurement of vocal-tract area function

    T. Mochida, M. Honda

    CREST Workshop on Speech Motor Control and Modeling    2001.09

  • - Control mechanisms of cooperative articulation – From the viewpoint of perturbation study -

    H. Gomi, T. Ito, M. Honda

    CREST Workshop on Speech Motor Control and Modeling    2001.09

  • Compensatory responses of articulators to unexpected palatal perturbation: Articulatory and EMG studies

    M. Honda, T. Kaburagi

    CREST Workshop on Speech Motor Control and Modeling    2001.09

  • Dynamical simulation of the upper lip compensatory articulation using low filtered EMG signal

    T. Ito, H. Gomi, M. Honda

    The international symposium on measurement, analysis and modeling of human functions    2001.09

  • Compensatory articulation driven by muscle-linkage and change in acoustic distortion caused by different jaw-perturbations

    H. Gomi, T. Ito, M. Honda

    International Symposium on Measurement, Analysis and Modeling of Human Functions    2001.09

  • Electromagnetic articulograph system using the spline representation of the magnetic field

    T. Kaburagi, M.Honda

    CREST Workshop on Speech Motor Control and Modeling    2001.09

  • 発声力学に基づくタスクプニング機構の構築

    誉田雅彰

    「脳を創る」公開シンポジウム(科学技術振興事業団)    2001.05

  • Generation of articulatory movements by using a kinematic triphone model

    Takeshi Okadome, Masaaki Honda

    Journal of the Acoustical Society of America   110  2001  [Refereed]

  • Dynamic articulatory model based on multidimensional invariant-feature task representation

    Tokihiko Kaburagi, Masaaki Honda

    Journal of the Acoustical Society of America   110  2001  [Refereed]

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Books and Other Publications

  • Handbok of Signal Processing in Acoustics

    Masaaki Honda

    Springer  2009.02 ISBN: 9780387776989

  • Advances in Speech Signal Processing

    Masaaki Honda

    Marcel Dekker Inc.  1992

Presentations

  • 発話動作における時間軸修正量と補償動作の関係

    電子情報通信学会信学技法 

    Presentation date： 2010.03

  • 日本音響学会2010 年春季秋季研究発表会講演論文集

    Presentation date： 2010.03

  • 動作速度がゴール成否予測に与える影響

    脳と心のメカニズム第11回冬のワークショップ 

    Presentation date： 2010.01

  • 修正聴覚フィードバックにおける時間軸伸縮量と発話補償動作の関係

    日本音響学会2009 年秋季研究発表会講演論文集 

    Presentation date： 2009.09

  • 時間軸修正聴覚フィードバックが発話動作に及ぼす影響

    日本音響学会2009 年春季研究発表会講演論文集 

    Presentation date： 2009.03

Research Projects

  • Study on speech motor control mechanism based on modified auditory feedback

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2014.04
    -
    2017.03
     

    Honda Masaaki

    　View Summary

    This research is aiming for investigating human speech production and acquisition mechanism, For this purpose, we examined speech dynamic features in speech production and perception based on the modified auditory feedback paradigm. We constructed experimental system which modifies the dynamical acoustic feature of the utterance speech in real time. By using the system, we examined the compensatory response of the speech articulation to the modified auditory feedback and its adaptation characteristics of the auditory-motor control of speech production

  • 修正聴覚フィードバックに基づく発話運動計画機構の解明

    科学研究費助成事業(早稲田大学)  科学研究費助成事業(基盤研究(C))

    Project Year :

    2014
    -
    2016
     

  • Development of mechanical model for generating pathlogical voice

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2010
    -
    2012
     

    HONDA Masaaki, TAKANISHI Atsuo, TAYAMA Niro

    　View Summary

    In this research, we investigate mechanism of pathological voice generation by means of mechanical speech production model. For this purpose, we develop a mechanical vocal cord model mimicking geometrical shape of pathological vocal cords and its laryngeal control structure. By using the model, we reproduce pathological vocal cord vibration for various vocal cord models with different shape and unbalanced laryngeal control. Then, we investigate the relationship between the geometrical and control parameters of the model and the characteristics of the vocal cord vibration and the acoustic consequence.

  • Construction of voice quality generation mechanism by a mechanical model

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2007
    -
    2010
     

    HONDA Masaaki, TAKANISHI Atsuo, KOBAYASHI Tetsunori, SAGISAKA Yoshinori, FUKUI Koutaro

    　View Summary

    The research project was aiming to clarify quantitatively speech production process and its control strategy by using a mechanical speech production model (Talking ROBOT) which is mimicking the human mechanism. We realized to reproduce speech sounds with various voice qualities such as breathy voice and creaky voice as well as laughter and laughing voice by using the laryngeal control of the model which is similar to the human control. We also examined the vocal cord vibration behavior and aero-acoustic phenomenon in generating these voice sounds by the direct measurement.

  • Speech synthesis with communicative prosody driven by the impressions of output lexicons

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2006
    -
    2009
     

    SAGISAKA Yoshinori, KOBAYASHI Tetsunori, NONDA Masaaki

    　View Summary

    A scheme for communicative prosody generation was proposed to synthesize speech needed for conversational purposes. Using the correlation between communicative prosody and impression attributes of lexicons constituting output, the proposed scheme enables prosody control for conversational speech output. Perceptual experiments showed the superiority of the speech synthesized with the proposed communicative prosody to the conventional one with reading style prosody. Further application to Chinese and English speech synthesis and the reverse technology of impression extraction from speech clarified the usefulness of the proposed approach.

  • A Study on a framework of spontaneous communication depending on dialogue situation

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2005
    -
    2007
     

    SHIRAI Katsuhiko, KUREMATSU Akira, HONDA Masaaki, KOBAYASHI Tetsunori, KIKUCHI Hideaki, OOKAWA Shigeki

    　View Summary

    In this study, we examined a framework of communication systems that interact with users spontaneously so as to cope with practical dialogue environments. While conventional spoken dialogue systems aimed to efficiently achieve specific speech-dialogue tasks, the framework of spontaneous communication system was developed in order to evolve these spoken dialogue systems to one that spontaneously start and continue spoken dialogues.
    For this purpose, three studies were conducted : (i) understanding of dialogue environment, which aims advanced human recognition and spoken dialogue recognition using image and speech signal, (ii) spontaneous communication management model, which models how to start, continue and end spoken dialogues, and(iii) speech generation and motion expression technology, which is how to present intentions of the system by utterances or motions.
    In the study(i), human pose estimation using stereo camera was developed. Simultaneous adoption of information of space depth of images, and shapes and textures of either human bodies or clothes realized accurate estimation of human poses. In addition, estimation of utterance intention was studied. Using characteristics of end of sentences and word N-grams, more accurate utterance intention was achieved.
    In the study(ii), models for a robot to start communication with a human, to continue it, and to end it were developed. we developed mental-state of a conversational partner for these purposes.
    In the study a speech generation technique for laughter was developed. Based on acoustical analyses of human laughter syntheses of both laughter and laughter-speech were realized. Throughout these three studies, basic framework of spontaneous communication was established.

  • Construction of speech acquisition mechanism based on sensory information

    Japan Society for the Promotion of Science  Grants-in-Aid for Scientific Research

    Project Year :

    2004
    -
    2006
     

    HONDA Masaaki, TAKANISHI Atsuo, HONDA Kiyoshi

    　View Summary

    We have been studied speech acquisition mechanism based on sensory information in perturbation studies of sensory feedback during speech articulation and constructive studies by using mechanical talking robot mimicking human speech production.1. Perturbation Study : We investigated sensory feedback effects on speech production by using a perturbation paradigm. The external perturbation was unexpectedly applied on the palatal shape during speech utterance under the masked auditory and tactile feedback conditions. Then, we observed brain activity by using fMRI during the compensatory response by the tongue to the perturbation. We found that the compensatory response was brought by the neural adaptation mechanism in the central nerves system.2. Talking Robot Study : We have developed an 3 dimensional talking robot (mechanical speech synthesizer) which mimicking human speech production process. This robot has artificial mechanical lung, glottis, tongue, jaw, lips and velum as speech organs which are dynamically controlled by servo mechanism. The speech sounds are produced by glottal source generated by self-oscillating vocal cords, random source generated by passing the air flow through the narrow constriction in the vocal tract, and time varying vocal tract acoustic resonance. The talking robot is dynamically controlled by feed-forward-feedback mechanism. The control planning is automatically trained for a desired speech acoustics and sensory information like tactile information between the tongue and the palate and oral pressure. We proposed a stochastic speech inversion method for mapping the speech acoustics to the articulatory positions based on Hidden Markov Model. Also, we proposed a planning method based on a Jacobean updating rule to determine the articulatory positions from the sensory information. The larynx control planning is also studied based on forward-inverse neural network model for determining the robot parameters of larynx for a desired acoustics like pitch frequency, voice-unvoiced information, and voice quality

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Industrial Property Rights

  • 音楽再生システム

    白井 克彦, 彦坂 健太郎, 谷口 徹, 誉田 雅彰, 久保 陽太郎

    Patent

  • 人工声帯、声帯駆動機構、発声装置及びロボット

    高田 健太郎, 新宅 英滋, 高西 淳夫, 誉田 雅彰, 西川 員史, 池尾 俊輔

    Patent

  • 舌体形状をモデル化する方法及びその装置、並びにそのモデル化する方法を用いた音響シミュレーション方法及びその装置

    高西 淳夫, 誉田 雅彰, 高信 英明, 西川 員史, 小河原 隆行, 桑江 俊治

    Patent

  • 発声装置およびこれに用いられる声帯駆動機構、口唇駆動機構、舌駆動機構

    高西 淳夫, 誉田 雅彰, 高信 英明, 西川 員史, 小河原 隆行, 池尾 俊輔, 藤田 愛

    Patent

 

Social Activities

  • ＮＨＫ

    ＮＨＫ 

    2003.09
    -
    　

    　View Summary

    発声のメカニズムに関する解説

Overseas Activities

  • 身体モデルに基づく感覚運動制御機構に関する研究

    2011.10
    -
    2012.09

    フランス   GISPA Laboratory

Internal Special Research Projects

  • 隠れマルコフモデルに基つくボールゲームの最適戦略の生成

    2018  

    　View Summary

    こでまで、サッカー映像からの選手位置の分析方法を開発してきたが、統計的ゲーム分析の高度化を図るにはより膨大な選手位置データが必要であり、映像処理に代わる測定方法として選手位置のGPSセンサ測定系を構築した．具体的には，RTK-GPS測定系を用い，GPSアンテナの身体への装着方法，歩行時およびランニング時における測定精度をビデオ測定と照合する方法を用いて検討を行った．その結果，従来のGPS測定の測定誤差が数mであったのに対して，数cmの測定誤差で選手位置を測定できることが明らかとなった．  

  • 小型携行センサを用いた運動フォームの遠隔自動コーチングシステム

    2015   尾崎惇志

    　View Summary

    スポーツにおいてセンサや映像などの機械による身体運動の計測が行われるようになって久しい。これらから得られたデータは、定量的な分析がなされ、選手にフィードバックされスポーツの運動技術の発展に貢献している。更に、情報通信技術の進歩により、分析やフィードバックも機械によって実現可能になっている。本研究では、インラインスケート競技を対象とし、センサデータからのスポーツ動作の状態推定とコーチの指導言語表現のセンサデータからの機械学習について検討を進めた。その結果、センサデータからスケート動作の状態が90%の精度で推定できることが示された。また、センサデータからのコーチ指導言語表現の推定に関しても、90%以上の精度で推定できることが示された。