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著者:  "UNOKI, Masashi"

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68 著者名表示.

発行日タイトル 著者
26-Jul-2018 Auditory-Inspired End-to-End Speech Emotion Recognition Using 3D Convolutional Recurrent Neural Networks Based on Spectral-Temporal RepresentationPeng, Zhichao; Zhu, Zhi; Unoki, Masashi; Dang, Jianwu; Akagi, Masato
2008 Comparative evaluation of modulation-transfer-function-based blind restoration of sub-band power envelopes of speech as a front-end processor for automatic speech recognition systemsLu, Xugang; Unoki, Masashi; Akagi, Masato
6-Feb-1998 A computational model of co-modulation masking releaseUnoki, Masashi; Akagi, Masato
2001 Computational Models of Auditory Function : A computational model of co-modulation masking releaseUnoki, Masashi; Akagi, Masato
Sep-2022 Data Augmentation Using McAdams-Coefficient-Based Speaker Anonymization for Fake Audio DetectionLi, Kai; Li, Sheng; Lu, Xugang; Akagi, Masato; Liu, Meng; Zhang, Lin; Zeng, Chang; Wang, Longbiao; Dang, Jianwu; Unoki, Masashi
Jul-2005 Development of an F0 control model based on F0 dynamic characteristics for singing-voice synthesisSaitou, Takeshi; Unoki, Masashi; Akagi, Masato
19-Nov-2019 Dimensional Emotion Recognition from Speech Using Modulation Spectral Features and Recurrent Neural NetworkPeng, Zhichao; Zhu, Zhi; Unoki, Masashi; Dang, Jianwu; Akagi, Masato
Jul-2006 Effect of ITD and component frequencies on perception of alarm signals in noisy environmentsNakanishi, Josaku; Unoki, Masashi; Akagi, Masato
1-Mar-2009 Effects from Spatial Cues on Detectability of Alarm Signals in Car EnvironmentsKuroda, Naoki; Li, Junfeng; Iwaya, Yukio; Unoki, Masashi; Akagi, Masato
2002 Enabling Society With Information Technology : Speech enhancement and segregation based on human auditory mechanismsAkagi, Masato; Mizumachi, Mitsunori; Ishimoto, Yuichi; Unoki, Masashi
2006 Estimate of auditory filter shape using notched-noise masking for various signal frequenciesUnoki, Masashi; Ito, Kazuhito; Ishimoto, Yuichi; Tan, Chin-Tuan
Jan-2008 Estimation of fundamental frequency of reverberant speech by utilizing complex cepstrum analysisUnoki, Masashi; Hosorogiya, Toshihiro
18-Jun-2007 Estimation of fundamental frequency of reverberant speech by utilizing complex cepstrum analysisUnoki, Masashi; Hosorogiya, Toshihiro
28-Mar-2005 Fundamental frequency estimation for noisy speech based on instantaneous amplitude and frequencyIshimoto, Yuichi; Unoki, Masashi; Akagi, Masato
2007 Hearing – From Sensory Processing to Perception: Estimates of tuning of auditory filter using simultaneous and forward notched-noise maskingUnoki, Masashi; Miyauchi, Ryota; Tan, Chin-Tuan
2014 iDAF-drum: Supporting Everyday Practice of Drum by Adding an Unperceivable FactorNishimoto, Kazushi; Ikenoue, Akari; Unoki, Masashi
31-Jan-2016 iDAF-drum: Supporting Practice of Drumstick Control by Exploiting Insignificantly Delayed Auditory FeedbackNishimoto, Kazushi; Ikenoue, Akari; Unoki, Masashi
2004 An improved method based on the MTF concept for restoring the power envelope from a reverberant signalUnoki, Masashi; Furukawa, Masakazu; Sakata, Keigo; Akagi, Masato
Oct-2007 Improvement of Detectability of Alarm Signal in Noisy Environments by Utilizing Spatial CuesUchiyama, Hideaki; Unoki, Masashi; Akagi, Masato
31-Oct-2023 Increasing Speech Intelligibility by Mimicking Professional Announcers’ Voices and Its Physical CorrelatesTran, Dung Kim; Akagi, Masato; Unoki, Masashi
Jul-2010 Investigation of a Method of Speech Signal Analysis Using Empirical Mode Decomposition and Its ApplicationsSawaguchi, Tomoki; Unoki, Masashi
Jun-2008 An LP-based blind model for restoring bone-conducted speechVu, Thang tat; Unoki, Masashi; Akagi, Masato
5-Oct-2007 LP-based method of blind restoration to improve intelligibility of bone-conducted speechThang, Tat Vu; Unoki, Masashi; Akagi, Masato
Mar-2010 Method of digital-audio watermarking based on cochlear delay characteristicsUnoki, Masashi; Hamada, Daiki
Apr-1999 A method of signal extraction from noisy signal based on auditory scene analysisUnoki, Masashi; Akagi, Masato
6-Feb-1998 A method of signal extraction from noisy signal based on auditory scene analysisUnoki, Masashi; Akagi, Masato
Sep-2010 Methods for robust speech recognition in reverberant environments: A comparisonPetrick, Rico; Feher, Thomas; Unoki, Masashi; Hoffmann, Rudiger
2006 A Model-Concept of the Selective Sound Segregation : A Prototype Model for Selective Segregation of Target Instrument Sound from the Mixed Sound of Various InstrumentsUnoki, Masashi; Kubo, Masaaki; Haniu, Atsushi; Akagi, Masato
1-Mar-2009 An MTF-based Blind Restoration Method for Improving Intelligibility of Bone-conducted SpeechKinugasa, Kota; Unoki, Masashi; Akagi, Masato
Jul-2009 An MTF-based method of blind restoration for improving intelligibility of bone-conducted speechKinugasa, Kota; Unoki, Masashi; Akagi, Masato
25-Aug-2009 MTF-based power envelope restoration in noisy reverberant environmentsUnoki, Masashi; Yamasaki, Yutaka; Akagi, Masato
26-Jun-2023 Music Theory-inspired Acoustic Representation for Speech Emotion RecognitionLi, Xingfeng; Shi, Xiaohan; Hu, Desheng; Li, Yongwei; Zhang, Qingchen; Wang, Zhengxia; Unoki, Masashi; Akagi, Masato
24-Sep-2008 Robust front end processing for speech recognition in reverberant environments: Utilization of speech characteristicsPetrick, Rico; Lu, Xugang; Unoki, Masashi; Akagi, Masato; Hoffmann, Ruediger
2004 A speech dereverberation method based on the MTF concept in power envelope restorationUnoki, Masashi; Sakata, Keigo; Furukawa, Masakazu; Akagi, Masato
20-Jan-2020 Speech Emotion Recognition Using 3D Convolutions and Attention-Based Sliding Recurrent Networks With Auditory Front-EndsPeng, Zhichao; Li, Xingfeng; Zhu, Zhi; Unoki, Masashi; Dang, Jianwu; Akagi, Masato
15-Dec-2017 Speech Emotion Recognition Using Multichannel Parallel Convolutional Recurrent Neural Networks based on Gammatone Auditory FilterbankPeng, Zhichao; Zhu, Zhi; Unoki, Masashi; Dang, Jianwu; Akagi, Masato
1-May-2009 Speech Enhancement based on Noise Eigenspace ProjectionYing, Dongwen; Unoki, Masashi; Lu, Xugang; Dang, Jianwu
Oct-2007 Speech-to-Singing Synthesis: Converting Speaking Voices to Singing Voices By Controlling Acoustic Features Unique to Singing Voices,Saitou, Takeshi; Goto, Masataka; Unoki, Masashi; Akagi, Masato
Jul-2009 Study on a method of suppressing noise based on the MTF conceptYamasaki, Yutaka; Unoki, Masashi
Jul-2008 A study on audio watermarking method based on the cochlear delay characteristicsHamada, Daiki; Unoki, Masashi
2-Mar-2011 Study on blind estimation of Speech Transmission Index in room acousticsIkeda, Tomohiro; Unoki, Masashi; Akagi, Masato
2014 Study on Blind Method of Estimating Speech Transmission Index from Noisy Reverberant Amplitude-Modulated-SignalsMiyazaki, Akikazu; Morita, Shota; Unoki, Masashi
6-Mar-2012 Study on detectability of signals by utilizing differences in their amplitude modulationYano, Yuta; Miyauchi, Ryota; Unoki, Masashi; Akagi, Masato
2-Mar-2011 Study on detectability of target signal by utilizing differences between movements in temporal envelopes of target and background signalsYano, Yuta; Miyauchi, Ryota; Unoki, Masashi; Akagi, Masato
2014 Study on method of estimating direction of arrival using monaural modulation spectrumAndo, Masaru; Morikawa, Daisuke; Unoki, Masashi
2-Mar-2011 Study on MTF-based power envelope restoration in noisy reverberant environmentsMorita, Shota; Lu, Xugang; Unoki, Masashi; Akagi, Masato
Sep-2012 A study on restoration of bone-conducted speech in noisy environments with LP-based model and Gaussian mixture modelPhung, Nghia Trung; Unoki, Masashi; Akagi, Masato
2006 A Study on Restoration of Bone-Conducted Speech with MTF-Based and LP-Based ModelsThang, Tat Vu; Kimura, Kenji; Unoki, Masashi; Akagi, Masato
2014 Study on scramble method for speech signal by using random-bit shift of quantizationZhu, Zhi; Yamamoto, Katsuhiko; Unoki, Masashi; Aoki, Naofumi
2014 Study on semi-scramble method for speech signals based on phonemic restorationYamamoto, Katsuhiko; Zhu, Zhi; Unoki, Masashi; Aoki, Naofumi
Dec-2021 Study on Simultaneous Estimation of Glottal Source and Vocal Tract Parameters by ARMAX-LF Model for Speech Analysis/SynthesisLi, Kai; Unoki, Masashi; Li, Yongwei; Dang, Jianwu; Akagi, Masato
1-Mar-2011 Study on suitable-architecture of IIR all-pass filter for digital-audio watermarking technique based on cochlear-delay characteristicsKOSUGI, Toshizo; HANIU, Atsushi; MIYAUCHI, Ryota; UNOKI, Masashi; AKAGI, Masato
Jul-2008 A Study on the Blind Estimation of Reverberation Time in Room AcousticsHiramatsu, Sota; Unoki, Masashi
4-Mar-2010 A study on the IMTF-based filtering for the modulation spectrum of reverberant speechMorita, Shota; Unoki, Masashi; Akagi, Masato
Jul-2010 A Study on the IMTF-Based Filtering on the Modulation Spectrum of Reverberant SignalMorita, Shota; Unoki, Masashi; Akagi, Masato
Sep-2022 Vector-quantized Variational Autoencoder for Phase-aware Speech EnhancementHo, Tuan Vu; Nguyen, Quoc Huy; Akagi, Masato; Unoki, Masashi
Sep-2010 Voice activity detection in a regularized reproducing kernel Hilbert spaceLu, Xugang; Unoki, Masashi; Isotani, Ryosuke; Kawai, Hisashi; Nakamura, Satoshi
10-Jun-2009 変調伝達関数に基づいたブラインド残響音声回復法に関する研究鵜木, 祐史; UNOKI, MASASHI
Sep-2008 変調伝達関数に基づく音声信号処理(1)パワーエンベロープ逆フィルタ処理の原理とその応用について鵜木, 祐史; Unoki, Masashi
Jan-2009 変調伝達関数に基づく音声信号処理(2) - ブラインド残響音声回復法 -鵜木, 祐史; Unoki, Masashi
Mar-2009 変調伝達関数に基づく音声信号処理(3) - 残響環境下の基本周波数推定法と残響時間のブラインド推定 -鵜木, 祐史; Unoki, Masashi
2-Jun-2013 室の伝達特性の測定を必要としない室内音響指標のブラインド推定の研究鵜木, 祐史; Unoki, Masashi
2013 微少遅延聴覚フィードバックを応用したドラム演奏フォーム改善支援システム池之上, あかり; 小倉, 加奈代; 鵜木, 祐史; 西本, 一志; Ikenoue, Akari; Ogura, Kanayo; Unoki, Masashi; Nishimoto, Kazushi
1-May-2008 歌声らしさの知覚モデルに基づいた歌声特有の音響特徴量の分析齋藤, 毅; 辻, 直也; 鵜木, 祐史; 赤木, 正人; Saitou, Takeshi; Tsuji, Naoya; Unoki, Masashi; Akagi, Masato
20-Oct-1999 聴覚の情景解析に基づいた雑音下の調波複合音の一抽出法鵜木, 祐史; 赤木, 正人; UNOKI, Masashi; AKAGI, Masato
Mar-1997 雑音が付加された波形からの信号波形の一抽出法鵜木, 祐史; 赤木, 正人; UNOKI, Masashi; AKAGI, Masato
4-Jun-2014 音信号に対する知覚不可能な情報ハイディング技術の研究鵜木, 祐史; Unoki, Masashi
2-Jun-2018 音声伝送指標を利用した音声プライバシー保護鵜木, 祐史; Unoki, Masashi

 


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