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ProZed: A speech prosody editor for linguists, using analysis-by-synthesis.
In: Speech Prosody in Speech Synthesis. : Modeling and generation of prosody for high quality and flexible speech synthesis. ; https://hal.archives-ouvertes.fr/hal-01480821 ; Keikichi Hirose And Jianhua Tao. Speech Prosody in Speech Synthesis. : Modeling and generation of prosody for high quality and flexible speech synthesis., Springer Verlag, pp.3-17, 2015, Prosody, Phonology and Phonetics , 978-3-662-45257-8 (2015)
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2
One-to-many voice conversion based on tensor representation of speaker space
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2011/INTERSPEECH_p653-656_t2011-8.pdf (2011)
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3
Dialect-based speaker classification using speaker invariant dialect features
In: http://www.gavo.t.u-tokyo.ac.jp/%7Emine/paper/PDF/2010/ISCSLP_p171-176_t2010-12.pdf (2010)
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4
Pronunciation Proficiency Estimation Based on Multilayer Regression Analysis Using Speakerindependent Structural Features
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2010/L2WS_O2-03_t2010-9.pdf (2010)
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5
Structural analysis of dialects, sub-dialects, and sub-sub-dialects
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2009/INTERSPEECH_p2219-2222_t2009-9.pdf (2009)
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6
Improved Structure-based Automatic Estimation of Pronunciation Proficiency
In: http://www.eee.bham.ac.uk/SLaTE2009/papers/SLaTE2009-21-v2.pdf (2009)
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7
Optimal event search using a structural cost function –improvement of structure to speech conversion
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2009/INTERSPEECH_p2047-2050_t2009-9.pdf (2009)
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8
Automatic recognition of connected vowels only using speaker-invariant representation of speech dynamics
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2007/INTERSPEECH_p890-893_t2007-8.pdf (2007)
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9
Para-linguistic information represented as distortion of the acoustic universal structure in speech
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2006/ICASSP_p261-264_v1_t2006-5.pdf (2006)
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10
Structural representation of the non-native pronunciations
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2005/INTERSPEECH_p165-168_t2005-9.pdf (2005)
Abstract: Acoustic representation of speech provided by phonetics, spectrogram, is noisy representation in that it shows every acoustic aspect of speech. Age, gender, shape, microphone, room, line, etc. are completely irrelevant to the pronunciation assessment. However, the spectrogram is affected inevitably by these factors. Recently, a novel acoustic representation of speech was proposed, where dimensions of these non-linguistic factors can hardly be seen[1, 2]. Every acoustic substance of speech is discarded and only their interrelations are extracted to represent the pronunciation structurally. Using this method, individual learners were described as distorted phonemic structures[3] and automatic scoring of the pronunciation was investigated[3, 4]. This paper describes two new analyses using the proposed method. The first analysis is done to examine whether the method can trace the development of a student’s pronunciation appropriately using only a limited amount of speech. The second one focuses on the prosodic aspect of the pronunciation, especially stressed and unstressed vowels. The former indicates that the proposed method can show history of the student’s development adequately and the latter clarifies that size of the pronunciation structure is highly correlated with the pronunciation proficiency. 1.
URL: http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.434.6258
http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2005/INTERSPEECH_p165-168_t2005-9.pdf
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11
Filled pauses as cues to the complexity of following phrases
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2005/INTERSPEECH_p37-40_t2005-9.pdf (2005)
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12
Japanese vowel recognition using external structure of speech
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2005/ASRU_p203-208_t2005-11.pdf (2005)
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13
Use of prosodic features for speech recognition
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2004/ICSLP_p1445-1448_t2004-10.pdf (2004)
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14
Analysis of F0 contours of Cantonese utterances based on the commandresponse model
In: http://mirlab.org/conference_papers/International_Conference/ICSLP+2004/contents/TuC_pdf/TuC201p/TuC201p.14_p1127.pdf (2004)
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15
Tone name in Middle Chinese system
In: http://isca-speech.org/archive_open/archive_papers/ssw5/ssw5_227.pdf (2004)
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16
Corpus-based synthesis of fundamental frequency contours of Japanese using automatically-generated prosodic corpus and generation process model
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2004/SSW_various-styles_t2004-6.pdf (2003)
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17
Corpus-based synthesis of fundamental frequency contours of Japanese using automatically-generated prosodic corpus and generation process model
In: http://isca-speech.org/archive_open/archive_papers/ssw5/ssw5_161.pdf (2003)
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18
Automatic estimation of accentual attribute values of words for accent sandhi rules of Japanese text -to-speech conversion
In: http://www.gavo.t.u-tokyo.ac.jp/~mine/paper/PDF/2002/SSW_accent-attribute_t2002-9.pdf (2003)
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19
Data-Driven Synthesis of Fundamental Frequency Contours for TTS Systems Based on a Generation Process Model
In: http://www.lpl.univ-aix.fr/sp2002/pdf/hirose-minematsu-eto.pdf (2002)
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20
N-gram Language Modeling of Japanese Using Prosodic Boundaries
In: http://www.lpl.univ-aix.fr/sp2002/pdf/hirose-minematsu-terao.pdf (2002)
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