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AM-FM extraction based on logarithmic differential decomposition.

, , and . MMSP, page 233-238. IEEE, (1999)

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Auditory scene analysis based on time-frequency integration of shared FM and AM (II): Optimum time-domain integration and stream sound reconstruction., and . Systems and Computers in Japan, 33 (10): 83-94 (2002)Frequency domain acoustic echo canceller that handles asynchronous A/D and D/A clocks., and . ICASSP, page 5924-5928. IEEE, (2014)Application of loudness/pitch/timbre decomposition operators to auditory scene analysis., and . ICASSP, page 2646-2649. IEEE Computer Society, (1996)AM/FM rate estimation for time-varying sinusoidal modeling., and . ICASSP (3), page 201-204. IEEE, (2005)Nonlinear time-frequency domain operators for decomposing sounds into loudness, pitch and timbre., and . ICASSP, page 1368-1371. IEEE Computer Society, (1995)AM-FM extraction based on logarithmic differential decomposition., , and . MMSP, page 233-238. IEEE, (1999)Self-optimized spectral correlation method for background music identification., and . ICME (1), page 333-336. IEEE Computer Society, (2002)Auditory scene analysis based on time-frequency integration of shared FM and AM (I): Lagrange differential features and frequency-axis integration., and . Systems and Computers in Japan, 33 (11): 95-106 (2002)Auditory scene analysis based on time-frequency integration of shared FM and AM., and . ICASSP, page 2421-2424. IEEE, (1998)Audio fingerprinting robust against reverberation and noise based on quantification of sinusoidality., , and . ICME, page 1-6. IEEE Computer Society, (2013)