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Loss recovery through spectral interpolation for robust speech recognition over packet voice communications.

, , and . EUSIPCO, page 1465-1468. IEEE, (2004)

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Comparative experiments to evaluate the use of auditory-based acoustic distinctive features and formant cues for automatic speech recognition using a multi-stream paradigm., , and . INTERSPEECH, page 2113-2116. ISCA, (2002)On the application of the AM-FM model for the recovery of missing frequency bands of telephone speech., and . ICSLP, ISCA, (1998)Robust automatic speech recognition using an optimal spectral amplitude estimator algorithm in low-SNR car environments., , and . INTERSPEECH, page 2041-2044. ISCA, (2004)Auditory-based acoustic distinctive features and spectral cues for automatic speech recognition using a multi-stream paradigm., , and . ICASSP, page 837-840. IEEE, (2002)Combating nonlinear telephone channel-noise using the multiband AM-FM model., and . NSIP, page 168-171. Bogaziçi University Printhouse, (1999)Speech enhancement via energy separation., and . EUROSPEECH, page 2583-2586. ISCA, (1997)Towards recognizing "non-lexical" words in spontaneous conversational speech., and . EUROSPEECH, page 723-726. ISCA, (1999)Robust automatic speech recognition in low-SNR car environments by the application of a connectionist subspace-based approach to the melbased cepstral coefficients., , and . INTERSPEECH, page 1577-1580. ISCA, (2001)Automatic recognition of Bluetooth speech in 802.11 interference and the effectiveness of insertion-based compensation techniques., , and . ICASSP (1), page 1033-1036. IEEE, (2004)Auditory-based Acoustic Distinctive Features and Spectral Cues for Robust Automatic Speech Recognition in Low-SNR Car Environments., , and . HLT-NAACL, The Association for Computational Linguistics, (2003)