国際論文誌
1.
2.
Roy D. Patterson, Masashi Unoki, and Toshio Irino,
“Extending the domain of center frequencies for the compressive gammachirp auditory filter,” J. Acoust.
Soc. Am. 114 (3), pp. 1529-1542, Sept. 2003.
3.
Masashi Unoki and Masato Akagi,
“A Method of Signal Extraction from Noisy Signal based on Auditory Scene
Analysis,” Speech Communication, vol. 27, no. 3, pp. 261-279, April 1999.
国内論文誌
1.
Ma
2.
Ma
3.
Masashi Unoki, Masakazu Furukawa, Keigo
Sakata, and Masato Akagi, “An improved method based
on the MTF concept for restoring the power envelope from a reverberant signal,”
Acoustical Science and Technology, vol. 25, no. 4, pp. 232-242, 2004.
4.
Masashi Unoki, Toshio Irino,
and Roy D. Patterson, “Improvement of an IIR asymmetric compensation gammachirp filter,” Acoustical Science and Technology.,
vol. 22, no. 6, pp. 426-430, 2001.
5.
Toshio Irino
and Masashi Unoki, “An Analysis/Synthesis
Auditory Filterbank based on an IIR Implementation of
the Gammachirp,” The Journal of the Acoustical
Society of Japan (E), vol. 20, no. 6, pp. 397-406, Nov. 1999.
6.
鵜木祐史, 赤木正人,
“
7.
鵜木祐史, 赤木正人,
“
Masashi Unoki and Masato Akagi, “A Method
of Signal Extraction from Noise-added signal,” Electronics and Communications
in
8.
西山清, 鵜木祐史, “
書籍 (book
chapter)
1.
Roy D. Patterson, Masashi Unoki, and Toshio Irino,
“Comparison of the compressive-gammachirp and double-roex auditory filters,” in
Auditory signal processing: physiology, psychoacoustics, and models, Edited by
Daniel Pressnitzer, Alain de Cheveigne,
Stephan McAdams, and Lionel Collet, pp. 21-29,
2.
Masato Akagi, Mitsunori Mizumachi, Yuichi
Ishimoto, and Masashi Unoki, “Speech
enhancement and segregation based on human auditory mechanisms”, in Enabling
Society with Information Technology, Q. Jin, J. Li, N. Zhang, J. Cheng, C. Yu,
and S. Noguchi (Eds.), Springer Tokyo, pp. 186-196. 2002. ISBN 4-431-70327-6.
3.
Masashi Unoki and Masato Akagi,
A Computational Model of Co-modulation Masking Release (in Chapter), NATO ASI series, vol. 312,
Computational models of Auditory Function (Edited by S. Greenberg and M.
Slaney), pp. 221-232, IOS Press,
4.
Toshio Irino
and Masashi Unoki, A Time-Varying,
Analysis/Synthesis auditory filterbank based on An
IIR Gammachirp filter (in Chapter), NATO ASI series,
vol. 312, Computational models of Auditory Function (Edited by S. Greenberg and
M. Slaney), pp. 49-64, IOS Press, Amsterdam, 2001. ISBN: 90 5199 457 5.
査読付き国際会議
1.
Ma
2.
Ma
3.
Ma
4.
Atsushi Haniu, Masashi
Unoki, and Masato Akagi,
“A study on a speech recognition method based on the selective sound
segregation in noisy environment,” Proc. NCSP05, 2005 RISP International
workshop on Nonlinear Circuits and Signal Processing, pp. 403-406, Honolulu,
USA, March 2005.
5.
Kenji Kimura, Masashi Unoki, and Masato Akagi, “A
study on a bone-conducted speech restoration method with the modulation filterbank,” Proc. NCSP05, 2005 RISP International workshop
on Nonlinear Circuits and Signal Processing, pp. 411-414, Honolulu, USA, March
2005.
6.
Masato Toi, Masashi
Unoki, and Masato Akagi,
“Development of adaptive time-frequency divisions and a carrier reconstruction
in the MTF-based speech dereverberation method,”
Proc. NCSP05, 2005 RISP International workshop on Nonlinear Circuits and Signal
Processing, pp. 355-358, Honolulu, USA, March 2005
7.
Takeshi Saitou, Naoya
Tsuji, Masashi Unoki, and Masato Akagi, “Analysis of Acoustic Features Affecting
"Singing-ness" and Its Application to Singing-Voice Synthesis from
Speaking-Voice,” Proc. ICSLP2004, vol. III, pp. 1929-1932,
8.
Masashi Unoki, Masato Toi,
and Masato Akagi, “A speech dereverberation
method based on the MTF concept using adaptive time-frequency divisions,” Proc.
EUSIPCO2004, pp. 1689-1692,
9.
Takeshi Saitou, Masashi Unoki, and Masato Akagi,
“Control method of acoustic parameters for singing-voice synthesis,” Proc.
ICA2004, vol. I, pp. 501-504, Mo5.C1.4,
10.
Takeshi Saitou, Masashi Unoki, and Masato Akagi,
“Development of the F0 control model for singing-voices synthesis,” Proc.
Speech Prosody 2004, pp. 491-494,
11.
Masashi Unoki, Keigo Sakata,
Masato Toi, and Masato Akagi,
“Speech dereverberation based on the concept of the
modulation transfer function,” Proc. NCSP04, pp. 423-426,
12.
Roy D. Patterson, Masashi Unoki, and Toshio Irino,
“Comparison of the compressive gammachirp and double-roex auditory filters,” Proc. ISH2003, pp. 21-27, France,
August 2003.
13.
Masashi Unoki, Masaaki Kubo, and Masato Akagi, “A model for selective segregation of a target
instrument sound from the mixed sound of various instruments” Proc. ICMC2003,
pp. 295-298, Singapore, October 2003.
14.
Masashi Unoki, Keigo Sakata,
and Masato Akagi, “A speech dereverberation
method based on the MTF concept,” Proc. EuroSpeech2003, pp. 1417-1420,
15.
Masashi Unoki, Masakazu Furukawa, Keigo
Sakata, and Masato Akagi, “A Method based on the MTF
concept for dereverberating the power envelope from
the reverberant signal,” Proc. ICASSP2003, vol. I, pp. 840-843, April 2003.
16.
Masashi Unoki, Masakazu Furukawa, and Masato Akagi, “A method for recovering the power envelope from the
reverberant speech based on MTF,” Proc. Forum Acusticum
Sevilla 2002, SPA-Gen-002, p. S129,
17.
Takeshi Saitou, Masashi Unoki, and Masato Akagi,
“Extraction of F0 dynamic characteristics and development of F0 control model
in singing voice,” Proc. ICAD2002, pp.
275-278,
18.
Yuichi Ishimoto, Masashi Unoki, and Masato Akagi, “A
fundamental frequency estimation method for noisy speech based on instantaneous
amplitude and frequency,” Proc. CRAC workshop,
19.
Yuichi Ishimoto, Masashi Unoki, and Masato Akagi, “A
Fundamental Frequency Estimation Method for Noisy Speech Based on Instantaneous
Amplitude and Frequency,” Proc. EuroSpeech2001, pp. 2439-2442,
20.
Yuichi Ishimoto, Masashi Unoki, and Masato Akagi, “A
fundamental frequency estimation method for noisy speech based on periodicity
and harmonicity,” Proc. ICASSP2001, SPEECH-SF3.1,
21.
Masato Akagi, Mitsunori Mizumachi, Yuichi
Ishimoto, and Masashi Unoki, “Speech
Enhancement and Segregation based on Human Auditory Mechanisms,” Proc. 2000
International Conference on Information Society in the 21st Century
(IS2000), pp. 246-254, Aizu-Wakamatsu, Japan, Oct.
2000.
22.
Masashi Unoki and Masato Akagi,
“Segregation of vowel in background noise using the model of segregating two
acoustic sources based on auditory scene analysis,” Proc. EuroSpeech'99, vol.
6, pp. 2575-2578, Budapest, Hungary, Sept. 1999.
23.
Masashi Unoki and Masato Akagi,
“Segregation of vowel in background noise using the model of segregating two
acoustic sources based on auditory scene analysis,” Proc. IJCAI-99 Workshop on
Computational Auditory Scene Analysis 99, pp. 51-60, Stockholm, Sweden, August
1999.
24.
Masashi Unoki and Masato Akagi,
“Signal Extraction from Noisy Signal based on Auditory Scene Analysis,” Proc.
ICSLP'98, vol. 4, pp. 1515-1518,
25.
Masashi Unoki and Masato Akagi,
“A Computational Model of Co-modulation Masking Release,” Proc. NATO ASI on
Computational Hearing, pp. 129-134, Il Ciocco Italy,
July 1998.
26.
Toshio Irino
and Masashi Unoki, “A Time-Varying,
Analysis/Synthesis auditory filterbank based on An
IIR Gammachirp filter,” Proc. NATO ASI on
Computational Hearing, pp. 205-210, Il Ciocco Italy,
July 1998.
27.
Toshio Irino
and Masashi Unoki, “A Time-Varying,
Analysis/Synthesis Auditory Filterbank Using The Gammachirp,” Proc. ICASSP'98, vol. VI, pp. 3653-3656,
Seattle, Washington, USA, May 1998.
28.
Masashi Unoki and Masato Akagi,
“A Method of Signal Extraction from Noisy Signal,” Proc. EuroSpeech'97, vol. 5,
pp.2587-2590,
29.
Masashi Unoki and Masato Akagi,
“A Method of Signal Extraction from Noisy Signal based on Auditory Scene
Analysis,” Proc. IJCAI-97 Workshop on Computational Auditory Scene Analysis 99,
pp. 93-102, Nagoya, Japan, August 1997.
その他
T.技術報告/リサーチレポート
1.
Yuichi Ishimoto, Masashi Unoki, and Masato Akagi, “Fundamental
frequency estimation for noisy speech based on instantaneous amplitude and
frequency,” JAIST Research Report, IS-RR-2005-006, March 2005.
2.
鵜木祐史,石本祐一,赤木正人,“残響音声からの基本周波数推定に関する検討,” JAIST Research
Report, IS-RR-2005-007, March 2005.
3.
パネルディスカッション 「聴覚の計算理論には何が必要か?」,(司会 津崎、パネリスト 銅谷、河原、小野、川島、鵜木、中谷),日本音響学会聴覚研究会資料, vol. 32,
no. 9, H-2002-S1, Nov. 2002.
4.
鵜木祐史, 入野俊夫,“非
5.
中村, 大川, 伊藤, 田本,
水野, 鵜木, 徳田,
鏑木, 畑岡,“Eurospeech99, IEEE Multimedia Signal
Processing Workshop会議報告,”情報処理学会音声言語情報処理研究会, 29 Oct. 1999.
6.
Masashi Unoki and Masato Akagi,
“A Method of Signal Extraction from Noisy Signal based on Auditory Scene
Analysis,” JAIST Research Report, IS-RR-98-0005P, Feb. 1998.
7.
Masashi Unoki and Masato Akagi,
“A Computational Model of Co-modulation Masking Release," JAIST Research
Report, IS-RR-98-0006P, Feb. 1998.
8.
鵜木祐史, 入野俊夫,
下平博, “ガンマチャープフィルタバンクの
9.
入野俊夫, 鵜木祐史, “An
U.海外学会口頭発表
1.
Masashi Unoki, Roy D. Patterson, and Toshio Irino, “A comparison of auditory filters with cascade and
parallel architectures in models of auditory masking,” British Society of Audiology Short Paper Meeting on Experimental Studies of
Hearing and Deafness, pp. 112-114, University College London, U.K., Sept. 2004.
2.
L.P. O'Mard, R.
Meddis, M. Unoki,
and R. D. Patterson, "A DSAM application for evaluating nonlinear filterbank used to simulate basilar membrane motion,"
Abstracts of the 24th Annual Midwinter Research Meeting, Association
for Research in Otolaryngology, p. 257, TradeWinds
Islands Resort St. Petersburg Beach, Florida, U.S.A., Feb. 2001.
3.
Toshio Irino, Masashi
Unoki, and Roy D. Patterson, "A
physiologically motivated gammachirp auditory filterbank," British Society of Audiology
Short Paper Meeting on Experimental Studies of Hearing and Deafness, pp. 35-36,
Keele University, Staffordshire, U.K., Sept. 2000.
III. 国内学会口頭発表
1.
鵜木祐史,入野俊夫,
2.
鵜木祐史,木村憲司,赤木正人,“
3.
齋藤毅, 鵜木祐史, 赤木正人, “
4.
鵜木祐史,戸井真智,赤木正人,“
5.
鵜木祐史,木村憲司,赤木正人,“変調伝達特性に着目した骨導音声回復法の検討,”日本音響学会聴覚研究会資料, vol. 35, no. 3, pp.
191-196, H-2005-33, April 2005.
6.
齋藤毅,鵜木祐史,赤木正人, “ヴィブラート
7.
戸井真智,鵜木祐史,赤木正人, “
8.
鵜木祐史,
9.
Chin-Tuan Tan and Masashi Unoki, “Measurement of Forward Masking for
Notched-noise Maskers,” 日本音響学会聴覚研究会資料, vol. 34, no.
10, H-2004-116, pp. 657-662, Dec. 2004.
10.
鵜木祐史, 伊藤一仁, 石本祐一,
11.
鵜木祐史,伊藤一仁,石本祐一,
12.
戸井真智,鵜木祐史,赤木正人,“残響音声パワーエンベロープ回復法における最適な時間−周波数分割の検討,” 日本音響学会2003年秋季研究発表会,2-3-19, pp.
643-644, Sept. 2004.
13.
齋藤毅,辻直也,鵜木祐史,赤木正人,“歌声知覚に影響を与える音響的特徴を考慮した話声からの歌声合成,” 日本音響学会2003年秋季研究発表会, 3-6-2, pp.
807-808, Sept. 2004.
14.
羽二生篤,鵜木祐史,赤木正人,“
15.
齋藤毅,辻直也,鵜木祐史,赤木正人,“歌声らしさに影響を与える音響的特徴を考慮した話声からの歌声合成法” 電子情報通信学会技術報告, EA2004-30, Aug. 2004.
16.
戸井真智,鵜木祐史,赤木正人,“
17.
羽二生篤, 鵜木祐史, 赤木正人, “
18.
石本 祐一, 鵜木祐史, 赤木正人, “
19.
鵜木祐史, 戸井真智, 赤木
正人,“残響音声のパワーエンベロープ回復処理の改良,” 日本音響学会2004年春季研究発表会, pp.609-610, 3-P-7,
March 2004.
20.
齋藤 毅, 鵜木祐史, 赤木 正人,“
21.
石本祐一, 鵜木祐史, 赤木正人, “
22.
齋藤 毅, 鵜木祐史, 赤木正人, “
23.
鵜木祐史, Roy D.
24.
鵜木祐史,酒田恵吾,赤木正人, “MTFに基づいた
25.
窪正晃, 鵜木 祐史, 赤木正人, “
26.
酒田恵吾, 鵜木 祐史, 赤木正人, “MTFに基づいた
27.
窪正晃, 鵜木祐史, 赤木正人, “
28.
酒田恵吾, 鵜木祐史, 赤木正人, “
29.
古川正和, 鵜木祐史, 赤木正人, “MTFに基づいた
30.
鵜木祐史, Roy D.
31.
齋藤毅, 鵜木祐史, 赤木正人, “
32.
鵜木祐史, Roy D.
33.
齋藤毅, 鵜木祐史, 赤木正人, “
34.
石本祐一, 鵜木祐史, 赤木正人, “
35.
石本祐一, 鵜木祐史, 赤木正人, “
36.
石本祐一, 鵜木祐史, 赤木正人, “
37.
石本祐一, 鵜木祐史, 赤木正人, “
38.
石本祐一, 鵜木祐史, 赤木正人, “
39.
石本祐一, 鵜木祐史, 赤木正人, “
40.
鵜木祐史, 入野俊夫, “非
41.
Masashi Unoki and Masato Akagi,
“Vowel segregation in background noise using the model of segregating two
acoustic sources,” Proc. of AI Challenge, pp. 7-14, Nov. 1999.
42.
鵜木祐史, 赤木正人, “
43.
鵜木祐史, 赤木正人, “
44.
鵜木祐史, 赤木正人, “
45.
鵜木祐史, 赤木正人, “共
46.
入野俊夫, 鵜木祐史, “ガンマチャープフィルタバンクによる時変系
47.
鵜木祐史, 入野俊夫, “ガンマチャープフィルタバンクにおける非
48.
鵜木祐史, 赤木正人, “
49.
鵜木祐史, 赤木正人, “
50.
入野俊夫, 鵜木祐史, “ガンマチャープフィルタとフィルタバンクの
51.
入野俊夫, 鵜木祐史, “IIRフィルタによるガンマチャープフィルタの
52.
鵜木祐史, 赤木正人, “
53.
鵜木祐史, 赤木正人, “
54.
鵜木祐史, 赤木正人, “共
55.
鵜木祐史, 赤木正人, “共
56.
鵜木祐史, 赤木正人, “
57.
鵜木祐史, 赤木正人, “
58.
西山清, 鵜木祐史, “すべての
59.
西山清, 鵜木祐史, “
60.
西山清, 鵜木祐史, “
W.学術的貢献
・
・
・
・
石川
X.受賞
・
第40回佐藤論文賞受賞, 日本音響学会(平成12年3月)
・
第16回山下太郎学術奨励賞,財団法人山下太郎顕彰育英会(平成17年6月2日)
Y.学会活動
・
電子情報通信学会, 会員, 1994 〜
・
日本音響学会, 会員, 1995 〜
・
International Speech Communication Association, 会員, 1997 〜
・
信号処理学会, 会員, 1997 〜
・
・
EU
Z.競合的資金調達状況
・
・
・
・
科学研究費基盤(B2),平成16年〜18年,音声コミュニケーションにおける知覚と生成の相互作用に関する研究,18,000千円,研究分担者(研究代表者:赤木正人)
・
科学研究費基盤(B2),平成15年〜17年,聴覚計算理論の構築とそれに基づく音信号処理の研究,15,000千円,研究分担者(研究代表者:和歌山大学 入野俊夫)
・
科学研究費若手B,平成14年〜16年,雑音・残響環境下における基本周波数推定法に関する研究,3,100千円,研究代表者
・
科学研究費(特別研究員奨励費),平成12年4月〜平成13年9月,聴覚的音分離の計算理論に関する研究,2,400千円,特別研究員PD研究課題
・
科学研究費(特別研究員奨励費),平成10年4月〜平成12年3月,音の分離・抽出における聴覚の計算理論に関する基礎的研究,2,400千円,特別研究員DC2研究課題
・
北陸先端科学技術大学院大学平成16年度助手促進経費,平成16年度,エンベロープ回復処理に基づいた骨導音声の明瞭度回復に関する基礎検討,970千円,研究代表者
・
北陸先端科学技術大学院大学平成15年度助手促進経費,平成15年度,残響音声回復法の検討,1,050千円,研究代表者
・
学内研究プロジェクト:平成15〜16年,音声における知覚と生成の相互作用に関する研究,4,100千円,研究分担者(研究代表者:赤木正人)
・
財団法人中部電力基礎技術研究所,出版助成(10万円,平成16年10月),Unoki et al., “A
speech dereverberation method based on the MTF
concept in power envelope,” Acoustical Science and Technology, vol. 25, no. 4,
pp. 243-254, 2004.
・
The British Council,(£3000=約50万円、平成12年9月),Grants for JSPS Fellows. 学術振興会特別研究員としてケンブリッジ大学CNBHにて滞在研究を行うに当たっての海外渡航費用、滞在準備金等の援助等
・
C&C財団,海外渡航費用助成金(20万円,平成10年12月),5th International Conference on
Spoken Language Processing (ICSLP) Sydney,
Australia.
・
電気通信普及財団,海外渡航費用助成金(27万円,平成9年9月),5th International Conference on Eurospeech’97,
Rhodes, Greece.