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Bibliographic description  |
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| Title |
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Adaptation methods for speech recognition |
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| Involved pers. |
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Junqua, Jean-Claude; Wellekens, C.J.; Yao, Kaisheng; Paliwal, Kuldip K.; Nakamura, Satoshi; Cerisara, Christophe; Rigazio, Luca; Zhang, Zhipeng; Furui, Sadaoki; Kim, Dong Kook; Kim, Nam Soo; McDonough, John; Schaaf, Thomas; Waibel, Alex; Bellegarda, Jerome R.; Sankar, Ananth; Kannan, Ashvin |
| Written in |
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English |
| Source |
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Speech communication. - Amsterdam [u.a.] : Elsevier |
| Volume |
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42 |
| Year |
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2004 |
| Issue |
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1 |
| Page |
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5-139 |
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Classification |
| General topics / Conferences |
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| Domains / Computational linguistics / Individual aspects (computational linguistics) / Automatic speaker recognition |
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| Domains / Computational linguistics / Individual aspects (computational linguistics) / Transitional probability (computational linguistics) |
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| Domains / Computational linguistics / Parsing / Computational phonetics / Automatic speech recognition (phonet.) |
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| Domains / Computational linguistics / Parsing / Grammar types (computational linguistics) / Hidden Markov Model |
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| Levels / Phonetics / Auditory phonetics / Sound perception / Noise (language comprehension) |
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| Levels / Phonology / Transitional probability (phonem.) |
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Redirected from |
| Conferences ; Automatic speaker adaptation; Automatic voice recognition; Automatische Stimmenerkennung; Automatic speaker recognition ; Statistical parser; Stochastic parser; GMM; Gaussian Markov Model; Transitional probability (computational linguistics) ; Automatische Sprachanalyse (phonet.) ; Automatische Spracherkennung (phonet.) ; Speech recognition (phonet.) ; Spoken language understanding; Automatic speech recognition (phonet.) ; Markov Model; HMM ; Geräusch (Sprachverständnis) ; Noise (language comprehension) ; Transitional probability (phonem.) |
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