(Category ・Year)
1.
党 建武 (2015）音声合成技術の現状と展望（総説）, 進化するヒトと機械の音声コミュニケーション,（株式会社ニッケイ印刷, ISBN978-4-86469-065-2）, p125-140
2. Fang, Q., Dang, J., Perrier, P., Wei, J., Wang, L., Yan, N. (Eds.). Studies on Speech Production, Springer, 2018
3. Donna Erickson, Takaaki Shochi, Caroline Menezes and
Jianwu Dang (2014). Observations About Articulatory, Acoustic and
Perceptual Characteristics of Laugh and Smile Speech in Comparison with Sad and
Neutral Speech In Trouvain,
Jόrgen & Campbell, Nick (eds.), Phonetics of Laughing, 129, Universaar
Saarland University Press: Saarbrόcken, Germany.
4.
李爱军、党建武、方强，語言文化背景與多模態情感表達和感知，In 石锋、彭刚主编，《大江东去--王士元教授80岁贺寿文集》，香港城市大学出版社，2013. P306-332。ISBN 978-962-937-220-0.
5.
Qiang Fang, Jianwu Dang (2009, 7) Physiological Articulatory Model for
Investigating Speech Production: modeling and Control, ISBN-NR.
978-3639173871, VDM Verlag
6.
L. Deng and J. Dang (2007) Speech
Analysis: The Production-Perception Perspective in Advances
in Chinese Spoken Language Processing, C. H. Lee, et al., World Scientific, 1-32
1. Cao
Jinxin, Jin Di, Yang Liang, Dang Jianwu(2018) Incorporating network structure
with node contents for community detection on large networks using deep
learning, Neurocomputing, Volume 297, 5 July 2018, Pages 71-81
2. Zeyan
Oo, Longbiao Wang, Khomdet Phapatanaburi, Masahiro Iwahashi, Seiichi Nakagawa,
Jianwu Dang, (2018) Phase and reverberation aware DNN for distant-talking
speech enhancement, Multimed Tools Appl 77:1886518880,
https://doi.org/10.1007/s11042-018-5686-1.
3. Jinxin
Cao, Hongcui Wang, Di Jin, Jianwu Dang, Combination of links and node contents
for community discovery using a graph regularization approach, Future
Generation Computer Systems, DOI: 10.1016/j.future.2018.08.009
4. Wei
Feng, Xuecheng Nie, Yujun Zhang, Lei Xie, Jianwu Dang, Unsupervised measure of
Chinese lexical semantic similarity using correlated graph model for news story
segmentation, Neurocomputing, 2018,
pp.236-247
5. Wenhuan
Lu, Zonglei Chen, Ling Li, Xiaochun Cao, Jianguo Wei, Naixue Xiong, Jian Li and
Jianwu Dang, Watermarking Based on Compressive Sensing for Digital Speech
Detection and Recovery, Sensors 2018, 18(7), 2390
6. Zhao B, Dang J, Zhang G
(2017). EEG Source Reconstruction Evidence for the Noun-Verb Neural
Dissociation along Semantic Dimensions[J]. Neuroscience, 2017, 359.
7. Zhichao
Peng, Qinghua Hu, Jianwu Dang (2017). Multi-kernel
SVM based depression recognition using social media data， International
Journal of Machine Learning and Cybernetics，1-15
8. Lu W, Zhang J, Zhao X, J.
Wang, J. Dang (2017). Multimodal sensory fusion for soccer
robot self-localization based on long short-term memory recurrent neural
network[J]. Journal of Ambient Intelligence & Humanized Computing,
2017, 8(11): 885893.
9. Wang
J, Zhang J, Lu W, et al. Automatic speech recognition with robot noise[J].
Qinghua Daxue Xuebao/journal of Tsinghua University, 2017, 57(2):153-157.
10. Wang
G, Dang J, Kong J. Modeling of the tongue tip in Standard Chinese using MRI[J].
Qinghua Daxue Xuebao/journal of Tsinghua University, 2017, 57(2):158-163.
11. 于广川,
贺瑞芳,
刘洋,
党建武.
融合语境分析的时序推特摘要方法.
软件学报,
2017(10):2654-2673.
12. Jianwu
Dang, Jianguo Wei, Kiyoshi Honda, and Takayoshi Nakai (2016). A
study on transvelar coupling for non-nasalized sounds,
J. Acoust. Soc. Am. 139 (1), 441454, January
2016
13. Jianrong Wang, Ju Zhang,
Kiyoshi Honda1, Jianguo Wei, Jianwu Dang, Audio‑visual speech
recognition integrating 3D lip information obtained from the Kinect Multimedia
Systems (2016) 22:315323
14. Ruifang
He, Yang Liu, Guangchuan Yu, Jiliang Tang, Qinghua Hu, Jianwu Dang. Twitter
summarization with social-temporal context. World
Wide Web-internet & Web Information Systems, 2016:1-24.. 2016, 4, pp 1-24.
15. Jianguo Wei,
Jiang Han, Qingzhi Hou, Jianwu Dang(2016). SPH simulations of aeroacoustic
problems in vocal tracts[J]. J Tsinghua Univ (Sci & Technol), 2016, Vol.
56, No.11.
16. Shili
Peng, Qinghua Hua, Yinli Chen, Jianwu Dang (2015) Improved support vector
machine algorithm for heterogeneous data, Pattern Recognition, 48, 6, 2072-2083
17. X.
Wu, J. Dang,
(2015)A control strategy of a
physiological articulatory model for speech production,Journal
of Chinese Linguistics, VOL.43, NO.1B, 337-363 |
10.1353/jcl.2015.0038
18. Jianguo
Wei, Wenhuan Lu, Xinyuan Zheng, Qingzhi Hou, Qiang Fang, Jianwu Dang, (2015)
Mapping Ultrasound-based Articulatory Images and Vowel Sounds with a DNN
Framework, Multimedia Tools and Applications, DOI: 10.1007/s11042-015-3038-y.
19. Liang
Ma, Pascal Perrier, and Jianwu Dang (2015). Strength of syllabic influences on
articulation in Mandarin Chinese and French: Insights from a motor control
approach. Journal of Phonetics, 53,
pp.101-124. doi:10.1016/j.wocn.2015.09.005
20. Suemitsu,
A., Dang, J., Ito, T., Tiede, M., (2015) A real-time
articulatory visual feedback approach with target presentation for second
language pronunciation learning,J. Acoust. Soc. Am. 138, EL382; http://dx.doi.org/10.1121/1.4931827
21. Jianguo
Wei, Song Wang, Qingzhi Hou, and Jianwu Dang (2015)Generalized Finite
Difference Time Domain Method and Its Application to Acoustics,Mathematical Problems in Engineering, Volume
2015, Article ID 640305, 13 pages, http://dx.doi.org/10.1155/2015/640305
22. Di Jin, Bogdan Gabrys, and Jianwu Dang
(2015). Combined node and link partitions method for finding overlapping
communities in complex networks, Scientific Reports 5, Article number: 8600:
DOI: 10.1038/srep08600
23. Jianwu
Dang, Qinghua Hu*, and Hui Feng (2014). Chinese speech
information processing in the Internet age: From representation to
understanding, Published in Science; 2014 Supplement,
p53-58.
24. Qiang Li, Yahong Han, Jianwu Dang (2014)
Image decomposing for imprinting using compressed sensing in DCT domain.
Frontiers of Computer Sciences (FCS), 8(6): 905915
25. X.
Wu, J. Dang, and I. Stavness (2014). An iterative method to estimate muscle
activation based on a physiological articulatory model," Acoust. Sci.
Tech., 35, 201-212.
26. Songgun
Hyon, Jianwu Dang, Hui Feng, Hongcui Wang, Kiyoshi Honda (2014). Detection of speaker individual
information using a phoneme effect suppression method,
Speech Communication, 57, 87100.
27. An
Shuang, Shi Hong, Hu Qinghu, Li Xiaoqi, Dang Jianwu (2014) "Fuzzy rough
regression with application to wind speed prediction", Inf. Sci., Oct.
388-400.
28. Sai
Chen, Hongcui Wang, Jia Jia, Yeteng An, and Jianwu Dang (2013).
"Comparison of Mel Frequency Cepstrum Coefficient and Perceptual Linear
Predictive in Perceptual Measurement of Chinese Initials." Applied
Mechanics and Materials 411-414: 291-297. （EI：20134416919925）
29. Huang
Dian, Wang Hongcui, Wei Jianguo, Dang, Jianwu "Three-Dimensional Tongue
Modeling Based on PCA for Visualized Pronunciation Feedback", Commun.
Comput. Info. Sci., 2013, 620-627
30. Baolin Liu, Yanfei Lin, Xiaorong Gao, Jianwu Dang,
Correlation between audio-visual enhancement of speech in different noise
environments and SNR: A combined behavioral and electrophysiological study,
Neuroscience, 247, 2013, pp.145-151. (SCI)
31. Baolin Liu, Guangning Wu, Xianyao Meng, Jianwu Dang,
Correlation between prime duration and semantic priming effect: Evidence from
N400 effect, Neuroscience, 238, 2013, pp.319-326. (SCI)
32. Baolin
Liu, Xianyao Meng, Guangning Wu, Jianwu Dang (2013) Correlation between three-dimensional
visual depth and N2 component: Evidence from event-related potential study, Neuroscience, Vol. 237, 161-169.
33. D. Ying, Y. Yan, J. Dang, and F. Soong (2011) "Voice Activity Detection Based On An
Unsupervised Learning Framework"，IEEE Trans. Audio, Speech and Language Processing，Vol. 19, No.8,
2624 - 2633
34.
Kazuya Fujii,
Qiang Fang and Jianwu Dang (2011) "Investigation of Auditory-Guided Speech
Production while Learning Unfamiliar Speech Sounds" Journal of Signal
Processing, Vol. 15, No. 4, pp.287-290
35. Xiyu Wu, Jianguo Wei and Jianwu Dang (2011)
"Study of Control Strategy Mimicking Speech Motor Learning for a
Physiological Articulatory Model" Journal of Signal Processing, Vol. 15,
No. 4, pp.295-298
36. A. Nishikido and J. Dang. (2011) A
model-based investigation on one-to-many relationship between speech sound and articulations, J. Acoust. Soc.
Jpn, Vol.67, No.1, pp.1-12, (In Japanese)
37. J. Dang, A. Li, D. Erickson, A. Suemitsu, M. Akagi, et. al (2010) Comparison of Emotion Perception among Different Cultures, Acoustics of
Science and Technology, Vol.31, No.6, pp.394-402.
38.
Xugang Lu, and Jianwu Dang, (2010) Vowel Production manifold:
intrinsic factor analysis of vowel articulation, IEEE Trans.
Audio, speech and language processing, Vol. 18, No.5, pp.1053-1062.
39.
Honda, K., Kitamura, T., Takemoto, H.,
Adachi, S., Mokhtari, P., Takano, S., Nota, Y., Hirata, H., Fujimoto, I.,
Shimada, Y., Masaki, S., Fujita, S., and Dang, J. (2010) Visualisation of
hypopharyngeal cavities and vocal-tract acoustic modelling, Computer methods
in Biomechanics and Biomedical Engineering. 13 (4), pp. 443-453,
40.
FANG Qiang, Akikazu Nishikido, Jianwu Dang, (2009) "Feedforward Control of a 3D Physiological Articulatory Model for
Vowel Production", TSINGHUA SCIENCE AND TECHNOLOGY, Vol.14, No.5.
41.
Dongwen Ying, Masashi Unoki, Xugang Lu, Jianwu
Dang, (2009) Speech Enhancement based on Noise Eigenspace
Projection IEICE Transactions on Information and Systems, E92-D No.5 pp.1137-1145
42.
Qiang Fang, Satoru Fujita, Xugang Lu, Jianwu Dang, (2009) A model-based
investigation on activation of the tongue
muscles in vowel production Acoustics of Science and Technology, 30, 4, pp.277-287.
43.
Wang, G., Lu, X., Dang, J., Bao, H., Kong, J. (2009) A Study of
Mandarin Chinese Using X-ray and MRI, Journal of Chinese Phonetics, 2, pp.51-58.
44.
Fang, Q., Fujita, S., and Dang, J. (2009) "Investigation of functions of tongue muscles for model control", Journal of Chinese Phonetics, 2, pp.34-42.
45.
L., Ma, P., Perrier, J., Dang, (2009) An
experimental and modeling study of anticipatory coarticulation in VCV sequences, Journal of Chinese Phonetics, 2, pp.82-89.
46.
Xugang Lu and Jianwu Dang. (2008) An investigation of dependencies between frequency components and
speaker characteristics for text-independent speaker identification, Speech
Communication, 50, 312-322
47.
G. WANG, T. KITAMURA, X. LU, J. DANG, J. KONG, (2008) MRI-based Study on Morphological
and Acoustic Properties of Mandarin Sustained Vowels, J. Signal Processing, Vol. 12, No. 4, pp.311-314.
48.
三井 実，石川 智治，党 建武，宮原 誠、(2008)ディジタルオーディオにおける深い感性に関連した音質劣化の原因究明～jitterに起因する音質劣化の仕組みの解明と新改善方法の検討～、日本感性工学会研究論文集，第7巻4号，pp. 759-764.
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平井，竹本，本多，党 (2008)3 次元MRI 動画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, Vol. 64, No. 4, pp.216-228
50.
Jianwu Dang, (2007) Speech production and
its modeling, Journal of Chinese
Phonetics, Vol. 1, 10-22
51.
Satoru Fujita, Jianwu Dang, Noriko Suzuki, Kiyoshi Honda (2007) A Computational Tongue Model
and its Clinical Application, Oral Science International, 4 (2), 97-109.
52.
Dongwen Ying, Yu Shi, Xugang Lu, Jianwu Dang,
and Frank Soong. (2007), Robust Voice Activity Detection based on
Noise Eigenspace, Acoustics of Science and Technology, 28, 6, pp.413-424.
53.
Jianguo Wei, Xugang Lu and Jianwu
Dang. (2007) "A model-based learning
process for modeling coarticulation of human speech", IEICE Transactions
on Information and Systems, E90-D, 1582-1591
55.
Markov, K., Dang, J., and
Nakamura, S. (2006) Integration of Articulatory and Spectrum Features based on
the Hybrid HMM/BN Modeling Framework, Speech Communication, Vol 48, 2, 161-175.
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International Conference Papers
1.
Di Jin, Xiaobao Wang, Ruifang He, Dongxiao He,
Jianwu Dang, Weixiong Zhang. Robust Detection of Link Communities in Large
Social Networks by Exploiting Link Semantics, AAAI-18
2.
Cao J., Jin D., Dang J. (2018) Autoencoder Based
Community Detection with Adaptive Integration of Network Topology and Node
Contents. In: Liu W., Giunchiglia F., Yang B. (eds) Knowledge Science,
Engineering and Management. KSEM 2018. Lecture Notes in Computer Science, vol
11062. Springer, Cham
3.
L. Guo, L. Wang, J. Dang, et al. (2018).
FEATURE FUSION METHOD BASED ON EXTREME LEARNING MACHINE FOR SPEECH EMOTION
RECOGNITION, ICASSP, April, 15-20, 2018 Calgary, Canada
4.
Fengyu Guo, Ruifang He, Di Jin, Jianwu Dang,
Longbiao Wang, and Xiangang Li. Implicit Discourse Relation Recognition using
Neural Tensor Network with Interactive Attention and Sparse Learning.
COLING2018, pages: 547-558.
5.
Bin Zhao, Jinfeng Huang, Jianwu Dang, Gaoyan
Zhang, et al. Revealing Spatiotemporal Brain Dynamics of Speech Production
Based on EEG and Eye Movement. INTERSPEECH, Sep. 2-6,2018, Hyderabad, India.
6.
Dongbo Li, Longbiao Wang, Jianwu Dang, Meng Liu,
et al, Multiple Phase Information
Combination for Replay Attacks Detection. INTERSPEECH, Sep. 2-6,2018,
Hyderabad, India.
7.
Lili Guo, Longbiao Wang, Jianwu Dang, Linjuan
Zhang, et al. Speech Emotion Recognition by Combining Amplitude and Phase
Information Using Convolutional Neural Network. INTERSPEECH, Sep. 2-6,2018,
Hyderabad, India.
8.
Linjuan Zhang, Longbiao Wang, Jianwu Dang, Lili
Guo, and Qiang Yu, Gender-Aware CNN-BLSTM for Speech Emotion Recognition,
ICANN, 4-7 Oct., 2018, Rhodes, Greece
9.
Linjuan Zhang, Longbiao Wang, Jianwu Dang, Lili
Guo and Haotian Guan，
Convolutional Neural Network with Spectrogram and Perceptual Features for
Speech Emotion Recognition, ICONIP, 13-16, Dec, 2018, Siem Reap, Cambodia
10.
Qiang Yu, Longbiao Wang and Jianwu Dang,
Efficient Multi-Spike Learning with Tempotron-like LTP and PSD-like LTD,
ICONIP, 13-16, Dec, 2018, Siem Reap, Cambodia
11.
Dongbo Li, Longbiao Wang, Jianwu Dang, Meng Ge
and Haotian Guan，
Distant-talking Speech Recognition Based on Multi-objective Learning using
Phase and Magnitude-based Feature，ISCSLP, 26-29, Nov.,
2018, Taibei
12.
Di Zhou, Jinfeng Huang and Jianwu Dang，Investigation of the
Comprehension Process during Silent Reading based on Eye Movements, ISCSLP,
26-29, Nov., 2018, Taibei
13.
Jianwu Dang, Qingzhi Hou, Futang Wang, A study
of sound propagation in ducts with a moving wall, Euronoise2018, 27-31 May, Crete,
Greece
14.
Meng Liu, Longbiao Wang, Zeyan Oo, Jianwu Dang,
Replay Attacks Detection Using Phase and Magnitude Features with Various
Frequency Resolutions, ISCSLP, 26-29, Nov., 2018, Taibei
15. Ruifang He, Xuefei Zhang, Di Jin, Longbiao Wang, Jianwu Dang, Xiangang Li, Interaction-Aware Topic Model for Microblog Conversations through Network Embedding and User Attention, Proceedings of the 27th International Conference on Computational Linguistics, pages 13981409, Santa Fe, New Mexico, USA, August 20-26, 2018.
16.
Wang J, Zhang J, Lu W, et al. Automatic speech
recognition with robot noise[J]. Qinghua Daxue Xuebao/journal of Tsinghua
University, 2017, 57(2):153-157.
17. Wang G, Dang J, Kong J. Modeling of the tongue tip in Standard Chinese using MRI[J]. Qinghua Daxue Xuebao/journal of Tsinghua University, 2017, 57(2):158-163.
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Wang L,
Phapatanaburi K, Go Z, et al. Phase aware deep neural network for noise robust
voice activity detection[C]// IEEE International Conference on Multimedia and
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Wang J, Gao Y, Zhang J, et al. Automatic speech
recognition by a Kinect sensor for a robot under ego noises[J]. Qinghua Daxue
Xuebao/journal of Tsinghua University, 2017, 57(9):921-925.
20.
Yu Q, Wang L, Dang J. Neuronal Classifier for
both Rate and Timing-Based Spike Patterns[C]// International Conference on
Neural Information Processing. Springer, Cham, 2017:759-766.
21.
Zhao C, Wang L, Dang J. Phonemic Restoration
Based on the Movement Continuity of Articulation[J].International Conference on
Neural Information Processing, 2017.
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Peng S, Hu Q, Dang J, et al. Stochastic
Sequential Minimal Optimization for Large-Scale Linear SVM[C]// International
Conference on Neural Information Processing. Springer, Cham, 2017:279-288.
23.
Shen T, Wang L, Chen X, et al. Exploiting the
Tibetan Radicals in Recurrent Neural Network for Low-Resource Language
Models[M]// Neural Information Processing. 2017.
24.
Zhang A, Feng H, Wang S, et al. Relationship
between perception and production of English vowels by Chinese English
learners[C]// International Symposium on Chinese Spoken Language Processing.
IEEE, 2017:1-5.
25.
Chen Y, Kong W, Chi Y, et al. The singing voice
before and after vocal warm-up by students of Chinese national singing[C]//
International Symposium on Chinese Spoken Language Processing. IEEE, 2017:1-5.
26.
Zhao Bin(#); Gaoyan Zhang; Jianwu Dang(*),
A Neuro-Experimental Evidence for the Motor Theory of Speech Perception., InterSpeech2017
27.
Futang Wang(#); Darcy Qingzhi Hou(*); Dingyi
Pan; Jianguo Wei; Jianwu Dang(*), A hybrid method for acoustic analysis of
the vocal tract during vowel production, International Seminar on Speech
Production (ISSP), 2017, 2017.10.16-2017.10.19,
28.
Futang Wang(#); Darcy Qingzhi Hou; Jie Deng;
Song Wang; Jianwu Dang(*), Particle interaction adaptivity and absorbing
boundary conditions in the Lagrangian particle aeroacoustic model,
International Seminar on Speech Production (ISSP), 2017, 2017.10.16-2017.10.19
29.
Cenxi Zhao(#); Longbiao Wang(*); Jianwu
Dang(*); Ruiguo Yu, Prediction of F0 based on articulatory features using DNN,
International Seminar on Speech Production (ISSP), 2017, 2017.10.16-2017.10.19
30.
Yuke Si(#); Jianwu Dang; Gaoyan Zhang(*), Global
monitoring of dynamic functional interactions in the brain during Chinese verbs
perception, International Seminar on Speech Production (ISSP), 2017,
2017.10.16-2017.10.19
31.
Meng Yuan(#); Longbiao Wang(*); Hongcui
Wang; Jianwu Dang; Ruiguo Yu, Articulatory Features for Robust
Intelligibility Assessment of Dysarthria Speech, International Seminar on
Speech Production (ISSP), 2017, 2017.10.16-2017.10.19
32.
Jinfeng Huang; Di Zhou; Jianwu Dang,
Estimation of Speech-planning mechanism based on eye movement, ISSP2017, 2017.10.16-2017.10.19
33. Bin Zhao, Jianwu Dang, Gaoyan Zhang, Investigation of Noun-Verb Dissociation Based on EEG Source Reconstruction, APSIPA, 2016, Jeju, Korea
34. Yu Chen, Ju Zhang, Fei Chen, Yanting Chen, Hua Lin, Jianguo Wei and Jianwu Dang A New Method of Acceleration Measurement for Observing Tongue Movement in Ultrasound Image during Speech Production, APSIPA, 2016, Jeju, Korea
35. Yanting Chen, Yu Chen, Jin Zhang, Ju Zhang,eHua Lin, Jianguo Wei and Jianwu Dang Mandarin Citation Tone Patterns of Prelingual Chinese Deaf Adults APSIPA, 2016, Jeju, Korea
36. Yuke Si, Jianwu Dang, Gaoyan Zhang, Investigation of the Spatiotemporal Dynamics of the Brain during Perceiving Words, ISCSCLP 2016
37. Bin Zhao, Jianwu Dang, Gaoyan Zhang, EEG Evidence for a Three-Phase Recurrent Process during Spoken Word Processing, ISCSLP 2016
38. Shuanglin Fan, Kiyoshi Honda, Jianwu Dang, Hui Feng, Effects of Subglottal-Coupling and Interdental-Space on Formant Trajectories during Front-to-Back Vowel Transitions in Chinese, INTERSPEECH 2016, pp 2438-2442, Sept. 812, 2016, San Francisco, USA
39. Jianguo Wei, Wendan Guan, Darcy Q. Hou, Dingyi Pan, Wenhuan Lu, Jianwu Dang, A new model for acoustic wave propagation and scattering in the vocal tract, INTERSPEECH 2016, pp 3574-3578, Sept. 812, 2016, San Francisco, USA
40. Jianwu Dang, Shengbei Wang, Masashi Unoki, Investigations into vowel and consonant structures in articulatory and auditory spaces using Lapalacian eigenmaps, the 41st IEEE International Conference on Acoustics, Speech and Signal Processing (ICASSP 2016), 20-25 March 2016, Shanghai, China.
43. Xiaozhen Wang, Kiyoshi Honda, Jianwu Dang, Hongcui Wang and Jianguo Wei, Influences of Auditory and Vibrotactile Information on Vocal F0 Responses, Proceedings of APSIPA Annual Summit and Conference 2015, P160-164, 16-19 December 2015, Hong Kong, China
44. Huixia Wang, Jianwu Dang, Hui Feng, Hongcui Wang, Yang Yu, Kiyoshi Honda, Investigation of Learning Trajectory of Mandarin for Tibetan Speakers, Proceedings of APSIPA Annual Summit and Conference 2015, P208-212, 16-19 December 2015, Hong Kong, China
45. Hongcui Wang, Siyu Wang, Bruce Denby, Jianwu Dang, Automatic Tongue Contour Tracking in Ultrasound Sequences without Manual Initialization, Proceedings of APSIPA Annual Summit and Conference 2015, P200-204, 16-19 December 2015, Hong Kong, China
46. Jingshu Zhang, Jianguo Wei, Wenhuan Lu, Qiang Fang, Kiyoshi Honda and Jianwu Dang, Vowel Normalization by Articulatory Information, Proceedings of APSIPA Annual Summit and Conference 2015, P217-221, 16-19 December 2015, Hong Kong, China
47. Guancheng Li, Jianwu Dang, Gaoyan Zhang, Zhilei Liu, Hongcui Wang, Investigation of relation between speech perception and production based on EEG source reconstruction, Proceedings of APSIPA Annual Summit and Conference 2015, P499-504, 16-19 December 2015, Hong Kong, China
48. H. Bao, W. Lu, K. Honda, J. Wei, Q. Fang, J. Dang, Combined Cine- and Tagged-MRI for Tracking Landmarks on the Tongue Surface, INTERSPEECH, Sept., 2015, P359-363, Dresden, Germany.
49. W. Bao, H. Feng, J. Dang, Z. Liu, Y. Yu, S. Wang, Perception of Mandarin Tones by Native Tibetan Speakers, INTERSPEECH, Sept., 2015, P811-814, Dresden, Germany.
50. Y. Chi, K. Honda, J. Wei, H. Feng, J. Dang, Measuring Oral and Nasal Airflow in Production of Chinese Plosive, INTERSPEECH, Sept., 2015, P2167 2171, Dresden, Germany.
51. H. Wang, D. Jin, L. Li, J. Dang, Community Detection with Manifold Learning on Speaker i-Vector Space for Chinese, INTERSPEECH, Sept., 2015, P3021 3025, Dresden, Germany.
52. X. Wang, K. Honda, J. Dang, J. Wei. VOCAL RESPONSES TO FREQUENCY MODULATED COMPOSITE SINEWAVES VIA AUDITORY AND VIBROTACTILE PATHWAYS, 40th ICASSP, Apr. 2015, Brisbane, Australia.
53. T. Li, K. Honda, J. Wei, J. Dang. A lip protrusion mechanism examined by magnetic resonance imaging and finite element modeling, 18th ICPhS, Aug, 2015, Glasgow, UK
54. A. Zhang, H. Feng, X. Zheng, Z. Xu, J. Dang. The perception of English vowel contrasts by Chinese EFL learners and native English speakers 18th ICPhS, Aug, 2015, Glasgow, UK
55. Dang, Relation between laryngeal movements and fundamental frequency, 1st International Conference on Prosodic Studies: Challenges and Prospects, Jun. 12-14, 2015, Tianjin, China (Invited Talk)
56. Dang, Estimation of Vocal Tract Shape from Speech Sounds via a Physiological Articulatory Model, China-Germany Joint Symposium on Speech Technology, May, 18-19, 2015, Shanghai (Invited talk).
57. H. Yan, Jianwu Dang, M. Cao and B. J. Krφger, "A New Framework of Neurocomputational Model for Speech Production", ISCSLP, Sept. 2014, Singaporec
58. Yuan Ma, Jianwu Dang, Weifeng Li "Research on Deep Neural Network's Hidden Layers in Phoneme Recognition", ISCSLP, Sept. 2014, Singapore
59. Chengran Zhang, Jianwu Dang, Jianan Zhang, Jianguo Wei, "Investigation on Articulatory and Acoustic Characteristics of Dysarthria", ISCSLP, Sept. 2014, Singapore
60. Jianan Zhang, Jianguo Wei , Chengran Zhang, Dian Huang, Jianwu Dang, "Visualization of Mandarin Articulation Driven by Ultrasound Data", ISCSLP, Sept. 2014, Singapore
61. Xinyuan Zheng, Jianguo Wei, Wenhuan Lu, Qiang Fang, Jianwu Dang, "Mapping Between Ultrasound and Vowel Speech Using DNN Framework", ISCSLP, Sept. 2014, Singapore
62. Jianrong Wang, Ju Zhang, Jianguo Wei, Wenhuan Lu, Jianwu Dang, "Automatic Speech Recognition under Robot Ego Noises", ISCSLP, Sept. 2014, Singapore
63. Qiang Li, Yahong Han, Jianwu Dang. Locality Preserving Hashing Method for Image Retrieval. ACM ICIMCS, Xiamen, China, Jul 10-12, 2014 (EI)
64. Jianwu Dang, Chen Zhao, Jianguo Wei, Kiyoshi Honda A Study of Nasal Coupling for Non-Nasalized Sounds10TH
International Seminar on Speech Production ( ISSP ), 82-85, COLOGNE, 5
8 MAY 2014
65. Kiyoshi Honda, Jianguo Wei, Jianwu Dang, Toward a Model of
the Pharynx 10TH International Seminar on
Speech Production ( ISSP ), 198-201, COLOGNE, 5 8 MAY 2014
66. Li, Aijun, Fang, Qiang, Jia, Yuan, and Dang, Jianwu., Emotional McGurk Effect? A Cross-Cultural Investigation on Emotion Expression under Vocal and Facial Conflict, In M. Sun et al. (Eds.): CCL and NLP-NABD 2013. (EI)
67. Li, Aijun, Jia, Yuan, Fang, Qiang, and Dang, Jianwu, Emotional Intonation Modeling: a Cross-Language Study on Chinese and Japanese, APSIPA 2013. (EI)
68. N. Nishimura, S. Kawamoto, J. Dang, and K. Honda, Selection of reliable control points for constructing personalized physiological articulatory models, Proc. 2014 RISP International Workshop in Nonlinear Circuits, Communications and Signal Processing (NCSP14), 1PM2-3-4, pp.233-236, March 2014 (Hawaii, USA).
69.
D. Huang, X. Wu, J.
Wei, H. Wang, C. Song, Q. Hou, J. Dang, Visualization of Mandarin
Articulation by using a Physiological Articulatory Model, APSIPA, Oct. 2013, Kaohsiung（EI）
70.
Sai Chen, Hongcui
Wang, Jia Jia, and Jianwu Dang. "A New Method for the Objective Perceptual
Measurement of Chinese Initials." APSIPA, Oct. 2013, Kaohsiung（EI）
71.
X. Chen, J. Dang, H.
Yan, Q. Fang, B. Kroger, A Neural Understanding of Speech Motor Learning, APSIPA, 2013, Kaohsiung（EI）
72. Kiyoshi Honda, Emi Z. Murano, Sayoko Takano, Shinobu Masaki and Jianwu
Dang, Anatomical considerations on the extrinsic tongue muscles for
articulatory modeling, J. Acoust. Soc. Am. 133, 3607 (2013); http://dx.doi.org/10.1121/1.4806706
73. Kiyoshi Honda, Emi Z. Murano, Sayoko Takano, Shinobu Masaki and Jianwu Dang
Anatomical considerations on the extrinsic tongue muscles for articulatory
modeling, POMA 19, 060270 (2013); http://dx.doi.org/10.1121/1.4800262
74.
Nana Nishimura,
Shinichi Kawamoto, Jianwu Dang, and Kiyoshi Honda Morphological personalization of
a physiological articulatory model,
APSIPA, Oct. 2013, Kaohsiung（EI）
75.
Hong Liu, Jianguo Wei,
Wenhuan Lu, Qiang Fang, Liang Ma and Jianwu Dang, "Morphological
Normalization: A Study of Vowels for Mandarin and Japanese"，APSIPA ASC, 2013.(EI)
76.
Jianwu Dang， Multiple Language
Processing based on the Mechanism of Speech Production， The 14th symposium on
Chinese Minority Language Information Processing， Lanzhou, China， 2013/09/13-15
77.
Yuguang Wang, Jianwu
Dang, Xi Chen, Jianguo Wei, Hongcui Wang, Kiyoshi Honda，An MRI-based Acoustic
Study of Mandarin Vowels， INTERSPEECH 2013 ， Lyon, France， 2013/08/26-29
78.
Shen Liu, Jianguo Wei,
Xin Wang, Wenhuan Lu, Qiang Fang and Jianwu Dang，An Anisotropic Diffusion
Filter Based on Multidirectional Separability， INTERSPEECH 2013， Lyon, France， 2013/08/26-29
79.
Jianwu Dang，Opportunities and Challenges
of speech information processing in the Internet age， National Conference on
Man-Machine Speech Communication (NCMMSC2013）， Guiyang, China， 2013/08/5-7
80.
Chen Zhao, Jianwu
Dang, Jianguo Wei, Kiyoshi Honda，INDIVIDUAL VARIATION OF
MOPHOLOGICAL AND ACOUSTIC EFFECTS OF THE NASAL TRACT， IEEE China Summit &
International Conference on Signal and Information Processing (ChinaSIP 2013)， Beijing, China， 2013/07/09
81.
Chen Liu, Jianguo Wei, Bo Feng, Jianwu
Dang, An Anisotropic Diffusion Filter for
Reducing Speckle Noise of Ultrasound Images Based on Separability, APSIPA, 2012
Hoolywood.
82.
Chan Song, Jianguo Wei, Qiang Fang,
Yuguang Wang, Jianwu Dang, Tongue Shape synthesis based on Active
Shape Model, ISCSLP 2012, Hong Kong, 2012
84.
Yuguang Wang, Hongcui Wang,
Jiaqi Gao, Jianguo Wei, Jianwu Dang ,Detailed morphological analysis of
Mandarin sustained vowels, ISCSLP, Dec. 2012, Hongkong. (accepted)
85.
Yuguang Wang, Hongcui
Wang, Jianguo Wei, Jianwu Dang , Mandarin vowel synthesis based on 2D and 3D
vocal tract model by finite-difference time-domain method, APSIPA ,Dec.2012,
Hoolywood. (accepted)
86.
Songgun Hyon, Hongcui Wang, Jianwu Dang, A research of dependencies between frequency
components and speaker characteristics based on phoneme mean F-ratio contribution, ISCSLP 2012,
Hong Kong, 2012
87. Songgun Hyon, Hongcui Wang, Chen Zhao, Jianguo Wei, Jianwu Dang, A method of speaker identification based on phoneme mean F-ratio contribution, Interspeech, Portland, USA, 2012,9
88. Aijun Li, Qiang Fang, Jianwu Dang. Emotional Expressiveness of Successive Addition Boundary Tone in Mandarin Chinese. Speech Prosody 2012. Shanghai.
89. Aijun Li, Qiang Fang, Yuan Jia and Jianwu Dang. Successive Addition Boundary Tone in Chinese Disgust Intonation, NACCL24, San Francisco, 2012.
90. Yuguang Wang, Hongcui Wang, Jianguo Wei, and Jianwu Dang (2012,3), "Acoustic analysis of the vocal tract from a 3D physiological articulatory model by finite-difference time-domain method," The International Conference on Automatic Control and Artificial Intelligence, Volume 5, pp. 3265-3269,Xiamen, China, March 24-26 , 2012. (EI)
91. Dongwen Ying, Xugang Lu, Junfeng Li, Yonghong Yan,
Jianwu Dang, Frank Soong (2012,3) Noise Estimation
Using a Constrained Sequential HMM In Log-Spectral Domain, ICASSP 2012, Kyoto, Japan.
92. Kazuya Fujii, Atsuo Suemitsu, Jianwu Dang,
Investigation of perceptual effects during learning process via vowel
imitation, Proc. 2012 RISP International Workshop on Nonlinear Circuits,
Communications and Signal Processing (NCSP'12), pp.393-396, March 2012.
93. Nana Nishimura, Shin-ichi Kawamoto and Jianwu
Dang, Morphological personalization according to human mechanism using MR
images, Proc. 2012 RISP International workshop on Nonlinear Circuits,
Communications and Signal Processing (NCSP12), pp. 497-498, March 2012.
94. Dongwen YING, Yonghong YAN, Jianwu DANG, Frank K.
SOONG, (2011,12), Noise Power Estimation
Based on a Sequential Hidden Markov Model, the
8th International Conference on Information, Communications and Signal
Processing (ICICS 2011),
Singapore, December, 2011.
95. Li, A., Fang, Q. & Dang, J. , Emotional intonation in a tone language: experimental evidence from Chinese , , Hong Kong, China, 2011, 8
96.
X. WU, Q. FANG
and J. DANG (2011) Inverse estimation
of motor command based on a 3D physiological articulatory model, Spring Meeting of Acoustic Society of Japan, 2011,3,9,Tokyo, Japan
97.
, , and , Noise Power Estimation Based on a Sequential Gaussian Mixture Model,
in: the 4th International Conference on Image and Signal Processing, pages
2388-2391, 2011
98.
, , , and , Voice Activity Detection
Based on a Sequential Gaussian Mixture Model, in: the APSIPA Annual
Summit and Conference 2011, Xi'an, 2011
99.
, , and , Noise Power Estimation Based on a Sequential Hidden Markov Model,
in: the 8th International Conference on Information, Communications and Signal Processing,
Singapore，2011
100. K. Fujii, Q. Fang, and J. Dang. (2011) Investigation
of Auditory-Guided Speech Production for during Learning a New Speech Sound RISP
International Workshop on Nonlinear Circuits, Communications and Signal
Processing (NCSP11), 2011,3,1-4, Tianjin, China (Outstanding student paper
award)
101. X. Wu, Q. Li, J. Wei, and J. Dang (2011) Simulation of Speech Babbling Based on a
Physiological Articulatory Model RISP International Workshop on Nonlinear
Circuits, Communications and Signal Processing (NCSP11), 2011,3,1-4, Tianjin, China (Outstanding student paper award)
102.
A. NISHIKIDO, S. KAWAMOTO and J. DANG, (2010,12)
Discrimination between Natural and Unnatural
Articulations based on Articulatory Structure, Proc. ISCSLP 2010, pp, Tainan,
Taiwan
103.A. LI, Q. FANG, F. HU, L. ZHENG, H. WANG and J. DANG, (2010,12)
Acoustic and Articulatory Analysis on
Mandarin Chinese Vowels in Emotional Speech Proc. ISCSLP 2010, pp, Tainan,
Taiwan
104.Y. WANG, J. DANG and L. CAI, (2010,12)
Investigation of the Relation between
Acoustic Features and Articulation - An Application to Emotional Speech
Analysis Proc. ISCSLP 2010, pp, Tainan, Taiwan
105.X. WU, Q. FANG and J. DANG, (2010,12) Investigation of Muscle Activation in Speech Production
Based on an Articulatory Model Proc. ISCSLP 2010, pp, Tainan, Taiwan
106.
K. Fujii, J. Wei,
A. Suemitsu, J. Dang, (2010,8) The relationship between speech production and perception in the
process of learning vowels, The 7th
International Conference on Cognitive Science, Beijing, China, August 1720,
2010
107.
Jianguo Wei and Jianwu Dang, (2010,3) MORPHOLOGICAL NORMALIZATION OF VOCAL
TRACT SHAPE, ICASSP 2010, 4186-4189 (with referee)
108.
Yongxin WANG, Jianwu DANG, Lianhong CAI (2010,3) Investigate Acoustic Features of
Emotional Speech with a Physiological Articulatory Model, NSCP'10, Hawaii, Mar
3-5 (with referee)
109.
Y. YOSHIKAWA, I. TOKUDA, Y. WANG, J.
DANG, (2010,3) "Analysis of acoustic features in emotional speech using
the concept of modulation" NSCP'10, Hawaii, Mar 3-5
110.
Jianwu Dang (2009,10) Investigation and
simulation of human mechanism in speech communication, The 5th Joint Conference on Harmonious Human-Machine
Environment, Xian, China (Keynote speech)
111.
Jianwu DANG, Xugang LU (2009, 9) INVESTIGATION OF THE RELATION BETWEEN SPEECH PRODUCTION AND PERCEPTION BASED ON A VOWEL STUDY, The Festschrift in honor of Prof. Wu
112.
Jianwu Dang, Mark Tiede, Jiahong
Yuan. (2009,9)
Comparison of Vowel Structures of Japanese and English in Articulatory and
Auditory Spaces, InterSpeech2008, 2815-2818, Brighton,
UK (with referee)
113.
Qiang Fang, Akikazu Nishikido, Jianwu Dang, Aijun Li (2009,9) Feedforward
Control of A 3D Physiological Articulatory Model for Vowel Production,
InterSpeech2008, 52-55, Brighton, UK (with referee)
114.
Jianwu Dang (2009,8) A Perspective on Speech
Technology Based on Human Mechanism, NCMMSC09 and
International Forum on Advanced Speech Technology, Lanzhou, China, (Invited
Talk)
115.
Dang, J., Honda, Y. and Buchaillard, S.
(2009). Modeling of swallowing mechanism based on MRI observation In 1st International Workshop on Dynamic Modeling of the
Oral, Pharyngeal and Laryngeal
Complex for Biomedical Applications (OPAL-2009), pages 5760, Vancouver, Canada.
116.
Fang, Q., Nishikido, A., Dang, J., and Ho, T. B. (2009,3)"Feedforward control of
a 3D physiological articulatory model for the investigation of speech
production," Proc. NCSP09, 169-172, Hawaii, USA.
117.
Aijun Li, Jianwu Dang, (2009, 2) A Cross-Cultural Investigation on Emotion Expression under audio and
visual Conflict Condition Also an observation on Emotional McGurk Effect, International symposium on
biomechanical and physiological modeling and speech science, Kanazawa, I, 37-50.
118.
Fang, Q., Nishikido, A., and Dang, J. (2009, 2) "Forward
control of a 3D physiological articulatory model for the investigation of
speech production" International symposium on biomechanical and
physiological modeling and speech science, Kanazawa, II, 72-77.
119.
Jianwu Dang, Xugang Lu, Mark Tiede, and Kiyoshi Honda (2008,12) Inherent
Vowel Structures in Speech Production and Perception Spaces, International Seminars on Speech Production, pp. 37-40, Strasburg,
France
120.
Wang, G., Dang, J., Kong, J. (2008, 9) Estimation of Vocal Tract Area
Function for Mandarin Vowel Sequences Using MRI, InterSpeech2008, Brisbane,
Australia, pp. 1182-1185
121.
Q. Fang, S. Fujita, X. Lu, J.
Dang, (2008, 9) A model based investigation of activation
patterns of the tongue muscles for vowel production, InterSpeech2008, Brisbane, Australia, pp. 2298-2301
122.
Jianguo Wei and Jianwu Dang, "Vocal
tract normalization in articulatory space using thin-plate spline method",
the second ASA-EAA joint conference Acoustics'08 Paris, Jun, 2008, pp
6135-6140.
123.
Wang, G., Lu, X., Dang, J., Bao, H.,
Kong, J. (2008, 4) A Study of Mandarin Chinese Using X-ray and MRI,
The 8th Phonetics Conference of China and
the International Symposium on Phonetics Frontiers
(PCC2008&ISPF2008), Beijing, (The Best Student Paper Award)
124.
Fang, Q., Fujita, S., Lu, X., and Dang, J.
(2008.4) "Investigation
of functional relationship of the tongue muscles for model control", The
8th Phonetic Conference of China (PCC2008) and the International Symposium on
Phonetic Frontiers (ISPF2008), Beijing, pp.32
125.
Dang, J., Lu, X. (2008.4) A perspective on the relation between speech production and perception
based on a vowel study, The 8th Phonetic Conference of China
(PCC2008) and the International Symposium on Phonetic Frontiers (ISPF2008),
Beijing, pp.32
126.
L., Ma, P., Perrier, J., Dang, (2008.4) An experimental and modeling study of
anticipatory coarticulation in VCV sequences, The 8th
Phonetic Conference of China (PCC2008) and the International Symposium on
Phonetic Frontiers (ISPF2008), Beijing, pp.32
127.
Jianwu Dang, Asami Yokoe, and Satoru Fujita (2008,3), Investigation of lingual muscle activities
based on HARP-MRI and Model simulation, International Symposium on Biomechanics,
Healthcare and Information Science, Kanazawa, Japan, pp.60-70
128.
A. Nishikido and J. Dang,
(2008,3) "Investigation of usual and unusual articulation
based on simulations and observations", Asian Workshop on Speech Science
and Technology, SP2007-190, pp.23-28.
129.
Asami Yokoe, Satoru Fujita, Jianwu Dang, (2008, 3). Investigation of lingual muscle activities based on
HARP-MRI and Model simulation, International Workshop on Nonlinear Circuit and Signal Processing,
Australia, pp.33-36
130.
Xugang Lu and Jianwu Dang, (2008, 3). Unsupervised statistical learning for vowel space, International Workshop on Nonlinear Circuit and Signal Processing,
Australia, pp.247-250
131.
Dongwen Ying, Jianwu Dang and Xugang Lu, (2008,3) An Efficient TEO-based VAD With Noise Reduction ,
International Workshop on Nonlinear Circuit and Signal Processing, Australia,
pp.331-334
132.
Yuki Koba and Jianwu Dang, (2008, 3). Investigation of relations
between capabilities of speech production and phonemic restoration, International Workshop on Nonlinear Circuit and Signal Processing,
Australia, pp.335-338
133.
Gaowu WANG, Tatsuya Kitamura, Xugang LU, Jianwu DANG, Jiangping Kong. (2008,3) MRI-based Study of
Morphological and Acoustical Properties of Mandarin Sustained Steady Vowels, International Workshop on Nonlinear Circuit and Signal Processing,
Australia, 339-343
134. Xugang Lu, and Jianwu Dang, (2007, 12) Vowel intrinsic structure involved
in continuous speech, 154 meeting of Acoustic Society of America, Dec., 2007, ASA2007.
135. Jianguo
Wei, Xugang Lu, Jianwu Dang and Pascal Perrier (2007, 12) Observation and Modeling of Lingual Coarticulation in the Planning Stage,
the AFCP workshop Coarticulation: cues, direction, and representation, pp. 71-74, December, 2007.
136. Xugang Lu, and Jianwu dang, (2007, 9) Dimension
reduction for text-independent speaker identification based on mutual
information, Interspeech, Eurospeech 2007, pp.2021-2024, Belgium, 2007.
137. K. Sawamura, J. Dang, M. Akagi,
D. Erickson, et al. (2007,8) Common factors in
emotion perception among
138. different cultures, Proc. International Conference of
Phonetic Science, 2113-2116 (Germany)
139. Dongwen Ying,
Masashi Unoki, Jianwu Dang, A Noise
Reduction Method based on Dimension Reduction in Noise Eigenspace, the Japan-China Joint Conference of
Acoustics 2007, P-2-29, June 2007.
140. Xugang Lu Jianwu Dang, (2007, 4). "Physiological
feature extraction for text independent speaker identification using
non-uniform subband processing", International Conference on Acoustics,
Speech, and Signal Processing (ICASSP), pp. 461-464 (Hawaii, USA).
141. Jianwu Dang, Yasutoshi Honda, Satoru Fujita, Yoshinobu
Yanagi (2007, 3). Modeling of Swallowing Mechanism based on MRI Observation,
International Symposium on Biomechanics, Healthcare, and Information Science,
189-192 (Kanazawa, Japan)
142. Satoru Fujita, Jianwu
Dang, Noriko Suzuki, Kiyoshi Honda (2007, 3). Estimation of
Movements after Glossectomy based on 3D Physiological Tongue Model,
International Symposium on Biomechanics, Healthcare, and Information Science,
127-136 (Kanazawa, Japan)
145. Akikazu Nishikido and Jianwu Dang (2006, 12).
Analysis of normal and infrequent articulation based on comparison of
simulation and observation, Proc. of the 7th International Seminars on Speech
Production, 201-208, 2006. (Brazil)
147. Xugang Lu, Jianwu Dang, (2006, 12) Auditory Contrast
Spectrum for Robust Speech Recognition, the fifth International Symposium on
Chinese Spoken Language Processing (ISCSLP), pp.325-333, (Pittsburgh, USA).
148. Qiang FANG, Jianwu DANG (2006, 12). Speech Synthesis
Based on a Physiological Articulatory Model, Proc of ISCSLP 2006,
LNAI 4274, 211-222 (Singapore)
149. Dongwen Ying, Yu Shi, Frank Soong, Jianwu Dang and
Xugang Lu (2006, 12) "A Robust Voice Activity Detection based on Noise
Eigenspace Projection", ISCSLP 2006 (Springer LNAI Book, SCI Indexed),
I-76. (Singapore)
150. J.
Dang, T. Nakai, Y. Piao, and S. Masaki, (2006, 11) A study on generation of the voice bar in voiced
stops, J. Acoust. Soc. Am. Volume 120, Issue 5, pp. 3375-3375
151. M. AKAGI, J. DANG, X. LU, and T. Uchiyamada (2006, 11) Investigation of interaction between speech perception
and production using auditory feedback J.
Acoust. Soc. Am. Volume 120, Issue 5, pp. 3253-3253
152. Jianwu Dang (2006, 10). Speech production and its modeling, Invited talker, The 7th Phonetic Conference
of China (7th PCC) and International Forum on Phonetic Frontiers, Beijing, China.
153. Jianguo Wei, Xugang Lu, Jianwu Dang (2006, 9) "A
Simulation Based Parameter Optimization for a Coarticulation Model", ICSLP
2006, pp.969-972, (Pittsburgh, USA).
154. J. Dang, Honda, K., (2006, 7) "A model based
investigation on the relation of the vertical larynx movements and vocal fold
length," presented at International Conference of Voice Processing
Biology, (Tokyo, Japan)
155.
Jianwu Dang, Bo Hu, Yasutoshi
Honda, Noriko Kawai, Yoshinobu Yanagi, Kanji Kishi (2006, 3) Observation and
simulation of swallowing mechanism, 2d B-J-K international Symposium on
Biomechanics, (Kanazawa, Japan)
156.Satoru Fujita, Youhei Chihara, Jianwu Dang,
Noriko Suzuki, Kiyoshi Honda (2006, 3)
Simulation of Normal and Pathological Tongue Motion
based on a 3D Physiological Tongue Model, 2d
B-J-K international Symposium on Biomechanics, (Kanazawa, Japan)
157. Dang, J.,
Wei, J., Suzuki, T. and Perrier, P. (2005, 9) Investigation and
Modeling of Coarticulation during Speech
Interspeech 2005, pp. 1025-1028 (Lisbon, Portugal).
159. Markov, K., Nakamura, S. and Dang, J. (2004,10)
Integration of Articulatory
Dynamic Parameters in HMM/BN based Speech Recognition System, Proc.
ICSLP2004, pp.561-564 (Korea)
160. Dang, J., Akagi, M., and Honda, K. (2004,9):
Communication between Speech Production and Perception - Observation and
Simulation , Proc. KSET2004, 381-388 (Beijing).
165. Dang, J. and Honda, K. (2003, 12). "A control
method considering the static and dynamic characteristics of the articulatory
model", International seminar of speech production, (Sydney, Australia)
166. Perrier, P., Dang, J., Payan, Y., and Ma, L. (2003,
12). "Assessing target-based models for speech motor control: comparison
of their predictions of coarticulatory effects and evaluation of Chinese and
French data." International seminar of speech production, (Sydney,
Australia)
167. Gomi, H. Nozoe, J, and Dang, J. (2003,12)
"Physiologically based lip model for generating speech articulation",
International seminar of speech production, (Sydney, Australia)
171. Sayoko Takano, Kiyoshi Honda and Dang Jianwu:
Geometrical analysis of the tongue muscles based on MRI and functional modeling
of the tongue,J. Acoust. Soc. Am. 112, 2418 (2002);
http://dx.doi.org/10.1121/1.4779896
172. Dang, J. and Honda, K. (2002, 12). "Improvements
of a Physiological Articulatory Model in Construction and Control Strategy,
JASA Vol. 112, No. 5, p.2418, First Pan-American/Iberian Meeting on Acoustics
(Cancun, Mexico)
173. Takano, S, Honda, K. and Dang, J. (2002, 12).
"Geometric analysis of the tongue muscle based on MRI and functional
modeling of the tongue, JASA Vol. 112, No. 5, p.2418, First
Pan-American/Iberian Meeting on Acoustics (Cancun, Mexico)
174. Dang, J., Honda, M.,
and Honda, K. (2002, 9). "Investigation of
coarticulation based on electromagnetic articulographic data," Proc.
ICSLP2002, 1521-1524.
175. Dang, J. and Honda, K. (2002, 3). " Motor control
for a physiological articulatory model involving muscle antagonism, Conf. On
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1. 末光 厚夫，伊藤 貴之，党 建武，Tiede Mark，アメリカ英語発音学習における調音フィードバック提示による学習 効果の検討， 日本音響学会秋季研究発表会， 豊橋技術科学大学， 2013/09/25-27
2. 西村奈々，川本真一，党 建武 (2013) 発話機構モデルを用いた茎突舌筋の形態・機能学的検討,日本音響学会春季研究発表会, 2013, 3, 13, 東京工科大学八王子キャンパス
3. 藤井一哉，末光厚夫，党 建武 (2012) 母語による第二言語音韻知覚への影響に関する考察, 日本音響学会秋季研究発表会講演論文, 2012年9月19日, 信州大学長野(工学)キャンパス
4. 西村奈々, 川本真一, 党建武 (2012) 解剖学的知見に基づく生理学的発話機構モデルの筋配置の個人化に関する検証, 日本音響学会秋季研究発表会講演論文, 2012年9月19日, 信州大学長野(工学)キャンパス
5. 西村奈々, 川本真一, 党建武 (2012) MR画像に基づいた変形による生理学的発話機構モデルの個人化, 日本音響学会聴覚研究会資料, 42(4), pp.357-362. [査読無]
6.
西村奈々, 川本真一, 党建武, 形態学的情報に基づく個人化発話機構モデルの構築,日本音響学会春季研究発表会講演論文, 1-R-11, pp.451-454, 神奈川大，March 2012.
7.
藤井一哉，末光厚夫，党建武，復唱による母音学習過程における音声知覚に関する考察，聴覚研究会資料，vol.41, no.9, pp.689-694, Dec. 2011.
8.
Yongxin WANG, Jianwu DANG (2010,3)
Emotional Speech Analysis based on Physiological Articulation Model, ASJ
Spring, Mar 9
9.
Xiyu WU and Jianwu DANG (2010,3) Investigation of speech motor
control using a 3D physiological articulatory model, ASJ Spring, Mar 9
10.
吉川裕介，徳田功，王永鑫，党建武 (2010,3) 変調の概念を用いた感情音声における感情成分の特徴解 ASJ Spring, Mar 9（東京）
11.
錦戸、党 (2010,3) 「音声と一対多の関係にある調音状態の分布構造：発話機構モデルに基づく考察」, 音声研究会, 芝浦工大
12.
Aijun LI, Jianwu DANG, (2009,9) A Cross-Cultural Investigation on Emotion Expression under Vocal and
Facial Conflict Also an Observation on Emotional McGurk Effect Proc.
AJS fall meeting, pp.493-496
13.
Leilei ZHENG, Aijun LI, Jianwu
DANG, (2009,9) Vocal Acoustic and Facial Action Features in
Cross-cultural Emotion Expression, Proc. AJS fall meeting, pp.497-498
14.
Xiyu WU, Yongxin WANG and Jianwu
DANG, (2009,9) Investigation of speech production using a
3D physiological articulatory model, Proc. AJS fall meeting, pp.335-338
15.
Stιphanie Buchaillard，Jianwu Dang, (2009,9) Exploration
of swallowing mechanisms with a physiological model of the oral cavity, Proc. AJS fall meeting, pp.335-338
16.
錦戸信和，党建武(2009,3) 音声に対する多意性を考慮した自然発話状態の判別, Proc. AJS fall
meeting, pp.367-370
17.
Jianguo Wei and Jianwu Dang, (2009,9) Evaluations of Thin-plate spline based Vocal
Tract Normalization Method, Proc. AJS fall meeting, pp.371-372
18.
錦戸，党 (2009,3) 自然発話状態と不自然発話状態との分離に適した調音特徴量の検討, 日本音響学会平成21年春季研究発表会，2-P-3 （東工大）.
19.
末光，朴，党，赤木, 櫻庭，峯松，広瀬 (2009, 3) 異文化間における3 感情音声認知と6 感情音声認知の比較検討 日本音響学会平成21年春季研究発表会，3-6-3（東工大）.
20. 小畑, 末光, 平井, 党(2009,3) 素片編集型音声合成における発話スタイルに関する研究,電子情報通信学会全国大会、D-14-1、愛媛大（松山市）
21. 小杉, 三井, 石川, 党, 宮原 (2009, 2). 高効率エネルギー放射を意図したアンプの研究開発, 映像情報メディア学会技術報告、Vol. 33, No. 11, pp.
127-130
22. 錦戸信和、党建武（2008, 9） 母音発話状態の特異調音についての考察日本音響学会2008年秋季研究発表会、pp371-372
23. Jianwu Dang and Xugang Lu (2008, 9) Investigation of consistency of
vowel structures between speech production and perceptual spaces
Proc. AJS fall meeting, pp.441-444
24. Donna Erickson，Huang Chun-Fang, Takaaki Shochi, Albert Rilliard, Jianwu Dang, Ray Iwata,
and Xugang Lu (2008, 9) Acoustic and
articulatory cues for Taiwanese, Japanese and American listeners perception of
Chinese happy and sad speech Proc. AJS fall meeting, pp.351-354
25. Qiang FANG, Akikazu Nishikido, Satoru Fujita, Xugang LU, Jianwu DANG,(2008,3) Investigation of 3D tongue shapes for model
control, Proc. AJS Spring meeting, pp.325-326
26. Gaowu WANG, Qiang FANG, Tatsuya KITAMURA, Xugang
LU, Jianwu DANG. (2008,3) Studies of Morphological and
Acoustical Properties of Mandarin Using MRI, Proc. AJS Spring meeting,
pp.327-328
27. 馬 鋭・方 強・錦戸信和・廬 剛・党 建武・星野朱美：破裂子音の音響特徴に関する研究、2008 年電子情報通信学会総合大会、情報・システム講演論文集D-14-17、pp.190
28. 木場 祐樹 党 建武 (2008,3) 発話能力と音韻修復能力の関連についての考察,日本音響学会講演論文集, pp.585-586
29. 党、藤田、MRIの計測に基づいた嚥下メカニズムの生理学的モデルに関する研究日本音声言語医学会総会、2B-21-3, (2007,10)
30. 藤田、党、鈴木、本多、生理学的舌モデルによる舌手術後の運動障害予測－舌手術計画支援システムを目指して－, 日本音声言語医学会総会、1P1-1-1, (2007,10)
31. Xugang Lu, and Jianwu Dang, Intrinsic structure of
Japanese vowels in articulatory space, The Autumn meeting of the Acoustic
Society of Japan, 3-4-5, 2007
32. 錦戸信和、党建武、GMMを用いた通常発話状態と特異発話状態の弁別、日本音響学会秋季研究発表会、2007/09/19～09/21 (山梨大)
33. 内山田太一、党建武、赤木正人、Lu Xugang、聴覚フィードバックにおける発話系の補償動作に関する研究 平成19年度電気関係学会北陸支部連合大会
34. Jianguo Wei, Xugang Lu, Qiang Fang and Jianwu Dang,
Assessments of a Radial Basis Function based Vocal Tract Normalization Proc.
of The 2007 Autumn Meeting of The Acoustical Society of Japan, 1-P-17, Sep,2007
35. Qiang FANG, Satoru Fujita, Xugang LU, Jianwu DANG,
"Analysis of 3-D tongue shape in speech production"， Proceeding of ASJ 2007 Autumn meeting ,
P335~336
36. Dongwen Ying,
Masashi Unoki, and Jianwu Dang, A speech enhancement framework based on noise
eigenspace projection, IEICE Technical
Report, SP2007-42, Jul 2007.
37. Dongwen Ying, Xugang Lu, Jianwu Dang (2007,3) A Voice
Activity Detector for Robust Speech Recognition, Proc. of the 2007 Spring
Meeting of the Acoustical Society of Japan, pp. 1-P-8.
38. Xugang Lu，Jianwu Dang (2007, 3). Feature selection for speaker identification based on discrete cosine
transform and principal component analysis, Spring Meeting of ASJ, 1-P-14
39. Jianguo Wei，Xugang Lu，Qiang Fang，Jianwu Dang( 2007,3). Normalization of
electromagnetic midsagittal articulographic data using Thin-Plate Spline
method Spring Meeting of ASJ, 3-8-14
40. Qiang Fang，Janwu Dang，Xugang Lu (2007,3) A language information aided
speech inversion Spring Meeting of ASJ,
3-8-20
41. 松井 崇倫，兼安 勉，党 建武, (2007, 3) 主観的評価と客観的評価に基づく合成音声評価装置の開発 日本音響学会春季全国大会、1-8-8
42. 錦戸 信和，党 建武 （2007, 3） 調音モデルを用いた特異発話状態の調査 日本音響学会春季全国大会, 1-Q-28
43. 藤田 覚，党 建武，鈴木 規子，本多 清志, (2007, 3) 生理学的舌モデルを用いた舌手術後の運動変化推定, 日本音響学会春季全国大会, 2-8-5
44. 内山田 太一，Lu Xugang，党 建武，赤木 正人(2007, 3) 変形聴覚フィードバックに対する発話系の反応の計測, 日本音響学会春季全国大会, 2-Q-18
45. 沢村 奏絵，党 建武，赤木 正人，Fang Qiang，Donna Erickson，櫻庭 京子，峯松 信明，広瀬 啓吉, (2007,3) 異文化間の感情音声の認知における共通要素についての検討, 日本音響学会春季全国大会, 2-Q-19
46. 藤田 覚，党 建武, Pascal Perrier(2006,9) 平衡点マップとλモデルの結合による発話運動制御の検討 日本音響学会秋季全国大会, 1-6-1
47. 朴 永男，党 建武，中井 孝芳，赤木 正人(2006, 9) MRIデータを用いた軟口蓋の測定と声道音響モデルへの適用に関する研究, 日本音響学会秋季全国大会, 1-Q-6
48. 内山田 太一，Lu Xugang，党 建武，赤木 正人 (2006, 9) 変形聴覚フィードバックによる発話系の補償動作に関する研究, 日本音響学会秋季全国大会, 3-P-9
49. Xugang Lu，Jianwu Dang
(2006, 9) A new representation of vocal tract shapes of vowels based on
similarity, Autumn Meeting of ASJ,
1-2-3
50. Dongwen Ying, Xugang Lu, Jianwu Dang, (2006, 9) Noise Reduction based on Spectral
Subtraction in Noise Eigenspace, ,
Autumn Meeting of ASJ, 1-2-16.
51. Jianguo Wei，Xugang Lu，Jianwu Dang
(2006, 9) Assessment of an optimized coarticulation model based on
simulation and observation, Autumn
Meeting of ASJ, 1-6-4
52. Qiang Fang，Jianwu Dang
(2006, 9) synthesize Chinese vowels based on a physilological
articulatory model, Autumn Meeting of
ASJ, 2-6-4
53. Jianguo Wei, Xugang Lu, Jianwu Dang, (2006, 7)
"Optimization and evaluation of a coarticulation model based on
observation and simulation", Transactions on Technical Committee of
Psychological and Physiological Acoustics (The Acoustical Society of Japan)
Vol.36, No.5, pp.409-414, July, 2006.
54. Xugang Lu, Jianwu Dang, (2006, 6) Extraction of low
dimensional representation of vowels in articulatory space, IEICE technical
report, Vol.105, pp.79-84, 2006 June.
55. 藤田 覚, 党 建武, Pascal Perrier, "3次元舌モデルを用いる母音構音の force vector及びλ vectorに関する検討," 信学技報, SP2006-20~26, Jul 2006.
56. 錦戸 信和, 党 建武, ``日本語５母音の調音・音響的観測とモデルシミュレーションとの比較,'' 電子情報通信学会技術研究報告, SP2006-21, pp.5-10,
2006.
57. 高 峰, 党 建武, 松澤 照男(2006,7) Numerical Simulation of Coupling Problem in
a Larynx Model, 電子情報通信学会技術研究報告, SP2006-21, 2006.
58. 朴永男,党建武，中井 孝芳，赤木 正人 (2006, 7) 音声生成における軟口蓋の機能のモデル化に関する研究, SP2006-21, 2006.
59. ``音韻修復に影響を与える言語的要因の調査,'' 日本音響学会2006年春季研究発表会講演論文集, 3-P-26, Mar
2006
60. ``波形接続型音声合成の接続部分における不自然性の自動評価,'' 日本音響学会2006年春季研究発表会講演論文集, 3-4-5, Mar
2006
61. ``生理学的モデルに基づく舌手術補助インタフェースの構築,'' 電子情報通信学会2006総合大会, D-16-9, Mar
2006
62. 田中 貴文，Lu Xugang，党 建武，赤木 正人, 変形聴覚フィードバックにおける摂動量と補正動作の関係について, Proc. of The 2006 Spring
Meeting of The Acoustical Society of Japan, 1-1-16, pp.515-516, Mar
2006
63. 党建武、藤田覚、本多清志、鈴木紀子、病態模擬のための舌の生理学的計算モデルの構築について、日本歯科放射線学会 第１０回臨床画像大会抄録、pp.33 (2005)
胡 勃、党 建武、本多康聡 MRIデータに基づいた嚥下メカニズムを再現する生理学的モデルの構築 〜喉頭部のモデル化について〜、日本歯科放射線学会 第１０回臨床画像大会抄録、pp.34, (2005)
65. ``音韻修復における言語情報の影響に関する研究,'' 日本音音響学会聴覚研究会資料, vol.35, no.9, pp.587-592, Oct 2005
66. 藤田覚、党建武、本多清志、鈴木規子、「3次元生理学的発話シミュレータに基づいた病態舌の発話運動の検討」、日本音響学会講演論文集, 325-326 (2005)
67. 錦戸 信和, 党 建武, ``シミュレーションによる日本語５母音の音響特性と発話状態の関連性についての検討,'' 日本音響学会秋季研究発表会, No3-1-7, Sep 2005.
68. ``A Gain
Adaptation Noise Sensitivity Function for Robust Speech Recognition,'' Proc. of the 2005 Autumn Meeting of
The Acoustical Society of Japan, 3-7-19, Sep 2005
69. ``Auditory edge for robust speech recognition,'' Proc. of the 2005 Autumn Meeting of
The Acoustical Society of Japan, 1-P-9, Sep 2005
70. Dang, J., Stone, M., Honda, K. (2005). Comparison of
Model Simulation and Observation on Tongue Deformation during Speech, IEICE
technical report. Speech (SP2005-48), Vol.105,
No.252, pp. 13-18 .
71. ``発話運動における調音結合の分析について,'' 日本音響学会2005年春季研究発表会講演論文集, 1-1-8, pp.169-170,
Mar 2005
72. ``Modeling and Simulation of
Coarticulation Using a Physiological Articulatory Model,'' Proc. of The 2005 Spring Meeting of
The Acoustical Society of Japan, 1-1-6, pp.165-166, Mar 2005
73. ``A Measurement of Noise Sensitivity and Its
Application in Robust Speech Recognition,'' Proc. of The 2005 Spring Meeting of
The Acoustical Society of Japan, 3-5-8, pp.91-92, Mar 2005
74. ``加重等分解度特徴量を用いたテキスト独立型話者識別,'' 日本音響学会2005年春季研究発表会講演論文集, 1-5-8,
pp.15-16, Mar 2005
75. ``生理学的発話機構モデルを用いた音響特性と発話状態の関連性の検討,'' 日本音響学会2005年春季研究発表会講演論文集, 1-1-7,
pp.167-168, Mar 2005
76. ``聴覚系と発話系の相互作用に関する検討,'' 日本音響学会2005年春季研究発表会講演論文集, 3-P-33,
pp.305-306, Mar 2005
77. ``Robust Speech Feature Extraction Based on Auditory
Neural Adaptation Mechanism,'' Proc. of The 2005 Spring Meeting of The Acoustical Society of Japan,
3-5-3, pp.81-82, Mar 2005
78. ``加重等分解度特徴量を用いたテキスト独立型話者識別,'' 情報処理学会研究報告, 2005-SLP-55-5, pp.23-28, Feb 2005
79. Matsuoka, R., Lu, X., Dang, J., Akagi, M. (2004, 12):
Investigation of interaction between speech perception and speech production,
KIT International Symposium on Brain and Language 2004, 27-28.
80. 錦戸，党（2004,10）：生理学的発話機構モデルを用いてQuantal theoryを考慮した音声から発話状態の推定， 信学技報、SP2004-69,13-18.
81. 松岡，Lu, 党，赤木，（2004,10）： 調音情報を考慮した聴覚系と発話系の相互作用に関する検討， 日本音音響学会聴覚研究会資料、Vol.34, No.8, 585-590.
82. 党、赤木、本多 (2004,9)：音声生成と知覚の相互作用についての検討、日本音響学会秋季全国大会論文集, 256-266.
83. 葭原，Lu, 党（2004,9）：局部細分化による話者特徴量の抽出と話者識別への適用について， 日本音響学会秋季全国大会論文集, 93-94
84. Lu, X., Dang, J. (2004,9)： Sub-band temporal envelope estimation based on
Bayesian inference with prior PDF, 日本音響学会秋季全国大会論文集, 111-112
85. 葭原、Lu、党(2004,7)：生理学的特徴量の話者識別における有効性についての検討、信学技報、SP2004-40,1-6.
86. Lu, X., and Dang, J. (2004, 3): Speech
Recognition Based on a Combination of Traditional Speech Features with
Articulatory Information, Proc. of IEICE Tech. Report, 1-6
87. 本多、党 (2004,3)：音声生成機構のMRI観測と生理学的調音モデル, 信学技報、SP2003-188, 13-18.
88. 朴雪梅，党 建武,五味裕章，赤木正人(2004),"生理学的発話機構モデルのダイナミカル特性の改善について" 音響学会春季全国大会, 293-294
89. 党 建武，本多 清志(2004) ,"拮抗筋の同時収縮を考慮した生理学的発話機構モデルによる音声合成", 音響学会春季全国大会, 297-298
90. Xugang Lu, Jianwu Dang, 2004 " Robust speech
feature extraction by integrating temporal and frequency processing mechanisms
in auditory model" 音響学会春季全国大会, 7-8.
91. 五味、朴、党、誉田（2004）模倣による調音ダイナミクスモデル制御の獲得信学会研究会、１ー６
92. 野添、党、本多、五味 （2003.9）リアルな調音生成を目指した口唇音ダイナミクスモデルの構築,日本音響学会秋期全国大会論文集、293-294.
93. Dang, J., Markov, K., Iizuka1, Y., and Nakamura, S.
(2003,6) Application of articulatory dynamics on speech recognition, 信学技報, SP2003-40, 31-36.
94. Yao, Dang, and Nakamura (2002,9) : Generative
factor-analyzed HMM for automatic speech recognition, Proc. Fall-meeting ASJ,
55-56
95. 高野、本多、党（2002，9）：MRI による母音発声時の舌変形の計測とそのモデル化、音響学会秋季全国大会, 305-306
96. Dang, J., Honda, M.,
and Honda, K. (2002, 7). "Analysis of
coarticulation based on electromagnetic articulographic data," 信学技報, SP2002-61, 23-28.
97. 党、誉田 (2002,3)：''計測データに基づいた調音結合の分析と定式化, 音響学会春季全国大会, 303-304.
98. 党、本多 (200１,10)：''筋の拮抗関係を考慮した生理学的調音モデルの制御,音響学会秋季全国大会, 297-298.
99. 党、本多 (2001,3)：''発話機構モデルによる逆推定法を用いた音韻の識別,音響学会春季全国大会, 263-264.
100. 西墻、党、本多(2001,2):発話機構モデルによる声道形状逆推定法を用いた音韻と発話様式の分析, 信学技報, SP2000-149, 51-58
101. 党、本多 (2000,3)：''生理学的調音モデルを用いた音声信号に基づく声道形状の推定,音響学会春季全国大会, 263-264.
102. 党、本多 (1999,9)：''生理学的調音モデルを用いる音声合成法, 音響学会秋季全国大会, 243-244.
103. Wu, Dang, and Honda (1999,9)：''Fundamental frequency controlusing a physiological
laryngeal model,音響学会秋季全国大会,241-242.
104. 党、本多 (1998,9)：生理学的調音モデルを用いた母音系列の合成,音響学会春季全国大会, 257-258.
105. 党、本多 (1998,3)：生理学的調音モデルに基づく３次元声道形状の生成、音響学会全国大会、265-266.
106. 党、本多 (1997,9). "傍矢状面の変形を考慮した舌の生理学的モデル,"音響学会秋季全国大会, 311-312.
107. 和久本、正木、党、本多、藤本、中村、島田 (1997,10). "造影プレートを利用したMRIによる歯冠部造影法とその構音への影響," 音響学会秋季全国大会, 397-398.
108. Dang, J., Shadle, C., Kawanishi, Y. Honda, K., and
Suzuki, H. (1997,6). " An experimental study of the open end correction
coefficient for side branches within an acoustic tube,''TechnicalReport,
TR-H-219.
109. Dang, J., Honda, K., and Tohkura, Y. (1997.6). ``3D
observation of the tongue articulatory movement for Chinese vowels,'' 信学技報、SP97-11, 9-16.
110. Dang, J., Honda, K. (1997,3):"舌の三次元的変形と筋電図との関連について, " 音響学会春季全国大会, 241-242.
111. 河西、党、本多、鈴木 (1996,5):"音響管内にある分岐の開口補正とその形状との関連について、信学技報、SP96-4, pp. 23-30.
112. 河西、小淵、党、中井、鈴木 (1996,5):"FEMモデルと実形モデルとの比較による梨状窩の音響特性の検討、信学技報、SP96-4, pp. 1-8.
113. Dang, J. (1996,6):"An improved speech production
model incorporating morphological details," Workshop of Speech
ProductionTheory, Hokaido.
114. 党，河西，Shadle (1996): "声道内にある分岐の放射端補正係数の測定, 日本音響学会春季全国大会．
115. Dang, J., and Honda, K. (1995,12) "Acoustic
characteristics ofthe human paranasal sinuses derived from sound pressure
measurement and morphological observation," ATR TR-H-179.
116. 党、本多 (1995,10):
鼻腔と口腔との音響結合における軟口蓋の機能 日本音響学会講演論文集, pp.235-236.
117. 党、本多 (1995,5):母音発話時の音声スペクトルに対する梨状窩の影響、信学技報、SP95-10, 1-8 .
118. 党、本多 (1995,3):副鼻腔音響特性の観測 日本音響学会講演論文集 pp.219-220.
119. 党、本多 (1995,3):梨状窩(pyriform fossa)の音響スペクトルへの影響 日本音響学会講演論文集 pp.225-226.
120. Dang, J., Honda, K (1994,11):" A new method for
measuring vocaltract transmission characteristics", ATR Tech. Report,
TR-H-108.
121. 党、本多 (1994.10):音響管内音圧と放射端音圧による音響管特性の測定方法の検討 日本音響学会講演論文集 pp.375-376.
122. 党 建武、本多清志 (1994,3):発話時の軟口蓋の形態の観測と音圧の測定 日本音響学会講演論文集 pp.647-648.
123. 平井啓之、党 建武、本多清志 (1994,3)：発話器官モデルによる音声の生成 日本音響学会講演論文、 pp.669-670.
124. 鈴木久喜、党 建武、中井孝芳、石田 彰 (1994,3)：鼻腔．副鼻腔形状のMRI観測と３次元音響管モデルによる伝達特性の解析 日本音響学会講演論文集 pp.661-664.
125. Dang, J., Honda, K. and Suzuki,
H.(1993,10):"Morphological and acoustical analysis of the nasal and the
paranasal cavities" ATR Tech. Report TR-H-030.
126. 党 建武、本多清志、鈴木久喜 (1993,10)：鼻子音発声時における声道形状の計測と音声の分析 日本音響学会講演論文集 pp.269-270.
127. 党 建武、本多清志、鈴木久喜 (1993,7)：静的な鼻腔音響モデルの検討 最先端音声工学論文集 pp.22-26.
128. 党 建武、本多清志、鈴木久喜 (1993,3)：鼻腔形状の計測と鼻腔音響特性の分析 信学技報、SP92-137, pp.1-8.
129. 党 建武、本多清志、鈴木久喜 (1993,3)：MRI画像による鼻腔及び副鼻腔の計測 日本音響学会講演論文集 pp.197-198.
130. 党 建武、本多清志、鈴木久喜 (1992.10)：連続音声における鼻咽腔等価開口面積の推定日本音響学会講演論文集 pp.345-346.
131. 党 建武、中井孝芳、鈴木久喜 (1992,3)：連続音声における軟口蓋の音響モデル 信学技報 SP91-126 pp.31-38.
132. 党 建武、中井孝芳、鈴木久喜(1991,10)：有声破裂子音バズ区間の音響特性による声道壁インピーダンスの推定 日本音響学会講演論文集 pp.215-216 .
133. 党 建武、中井孝芳、鈴木久喜 (1991,3)：連続音声発声時の鼻孔からの放射音圧の測定" 信学技報 SP90-103 pp.9-16.
134. 党 建武、中井孝芳、鈴木久喜 (1991,3)：頬の振動加速度及び口腔内外音圧による頬インピーダンスの測定 信学技報 SP90-103 pp.1-8.
135. 党 建武、中井孝芳、鈴木久喜(1991,3)：発声時の口腔内圧と発声器官各部位からの放射音の測定 日本音響学会講演論文集 pp.295-296 .
136. 党 建武、中井孝芳、鈴木久喜 (1990,10)：声道内音圧による声道壁の振動及び声道壁からの透過音圧の測定 日本音響学会講演論文集 pp.273-274.
137. 中井孝芳、党 建武、鈴木久喜 (1990,3)：閉鎖軟口蓋の振動による鼻腔口腔結合を考慮した音声生成モデル 信学技報 Vol.89 No.454SP89-145 pp.23-30.
138. 党 建武、中井孝芳、鈴木久喜 (1990,3)：鼻腔と口腔の相互作用及び副鼻腔の影響 日本音響学会講演論文集 pp.259-260.
139. 党 建武、中井孝芳、鈴木久喜 (1989,10)：発声器官の各部位の振動と放射の測定 日本音響学会講演論文集 pp.229-230.
1. 第2700530号 音響伝達特性計測装置と方法、1997年10月3日登録、発明者：党 建武、本多 清志
2. 第3413384号 調音状態の推定表示方法およびそのためのコンピュータプログラムを記録したコンピュータ読取可能な記録媒体、2003年3月28日登録、発明者：党 建武、本多 清志
3. 特願２００２－２７７５４１ 音声認識システム、２００４年４月１５日 発明者：ヤオ・カイシェン、中村 哲、党 建武