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Vowel and consonant confusion in noise by cochlear implant subjects: predicting performance using signal processing techniques.

, and . ICASSP (4), page 13-16. IEEE, (2004)

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Wavelet-domain reconstruction of lost blocks in wireless image transmission and packet-switched networks., , and . ICIP (1), page 309-312. IEEE, (2002)The Effects of Noise on Speech Recognition in Cochlear Implant Subjects: Predictions and Analysis Using Acoustic Models., and . EURASIP J. Adv. Signal Process., 2005 (18): 2979-2990 (2005)Vowel and consonant confusion in noise by cochlear implant subjects: predicting performance using signal processing techniques., and . ICASSP (4), page 13-16. IEEE, (2004)Standoff speaker recognition: effects of recording distance mismatch on speaker recognition system performance., , , , and . INTERSPEECH, page 3713-3716. ISCA, (2013)Matching Pursuits Decomposition for Discrimination of Unexploded Ordnance: Isolated and Overlapping Signatures., and . IGARSS (2), page 21-24. IEEE, (2008)Expediting the Identification of Impaired Channels in Cochlear Implants Via Analysis of Speech-Based Confusion Matrices., , and . IEEE Trans. Biomed. Eng., 54 (12): 2193-2204 (2007)Mitigating Effects of Recording Condition Mismatch in Speaker Recognition Using Partial Least Squares., , and . INTERSPEECH, page 2674-2677. ISCA, (2012)Identifying channel-specific impairments in cochlear implant patients via partial least squares discriminant analysis of speech-token confusion matrices., and . ICASSP, page 4746-4749. IEEE, (2010)Identifying Impaired Cochlear Implant Channels via Speech-Token Confusion Matrix Analysis., and . ICASSP (4), page 741-744. IEEE, (2007)Phenomenolgical model inversion with Fisher information metrics for unexploded ordnance detection., and . IGARSS, page 691-694. IEEE, (2010)