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Joint frequency domain and reconstructed phase space features for speech recognition.

, , и . ICASSP (1), стр. 533-536. IEEE, (2004)

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Johnson T K Lim

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Sub-banded reconstructed phase spaces for speech recognition., , и . Speech Commun., 48 (7): 760-774 (2006)Perceptually motivated wavelet packet transform for bioacoustic signal enhancement, , и . Journal of the Acoustical Society of America, 124 (1): 316-327 (2008)A combined sub-band and reconstructed phase space approach to phoneme classification., , и . NOLISP, стр. 17. ISCA, (2003)Generalized Perceptual Features for Vocalization Analysis Across Multiple Species., , , , и . ICASSP (1), стр. 253-256. IEEE, (2006)Physiologically-motivated feature extraction for speaker identification., и . ICASSP, стр. 1690-1694. IEEE, (2014)Increasing the Precision of Dysarthric Speech Intelligibility and Severity Level Estimate., , и . SPECOM, том 12997 из Lecture Notes in Computer Science, стр. 670-679. Springer, (2021)Comparison in Suprasegmental Characteristics between Typical and Dysarthric Talkers at Varying Severity Levels., , и . SpeD, стр. 52-56. IEEE, (2021)An Adaptive Approach for Texture Modelling., и . ICIP (3), стр. 388-391. IEEE Computer Society, (1994)Residual Phase Cepstrum Coefficients with Application to Cross-lingual Speaker Verification., и . INTERSPEECH, стр. 1556-1559. ISCA, (2012)Acoustic-to-Articulatory Inversion with Deep Autoregressive Articulatory-WaveNet., и . INTERSPEECH, стр. 3725-3729. ISCA, (2020)