Cepstrum-Based Estimation of the Harmonics-to-Noise Ratio for Synthesized and Human Voice Signals
Murphy, P.J.; Akande, O.O.
Lect. Notes Comput. Sci: 150-160
2005
ISSN/ISBN: 0302-9743
Accession: 074365939
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Related References
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Lucero, J.C. 1999: Computation of the harmonics-to-noise ratio of a voice signal using a functional data analysis algorithm Journal of Sound and Vibration 222(3): 512-520
Mori, K.; Blaugrund, S.M.; Yu, J.D. 1994: The turbulent noise ratio: an estimation of noise power of the breathy voice using PARCOR analysis Laryngoscope 104(2): 153-158
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Wu, N.; Wang, H.; Kuang, J.M. 2010: Maximum likelihood signal-to-noise ratio estimation for coded linearly modulated signals Iet Communications 4(3): 265-271
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