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Hearing beyond the spectrum
Shlomo Dubnov
, Naftali Tishby
, Dalia Cohen
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
Overview
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Keyphrases
Bispectral
100%
Musical Sound
66%
Higher-order Statistics
66%
Autocorrelation
33%
Timbre
33%
Spectral Properties
33%
Time Change
33%
Fourier
33%
Similarity Measure
33%
Reverberation
33%
Power Spectrum
33%
Statistical Properties
33%
Statistical Divergence
33%
Sound Signal
33%
Signal Modeling
33%
Distortion Measure
33%
Signal Analysis
33%
Acoustic Signal
33%
Harmonicity
33%
Similarity Classes
33%
Acoustic Distortion
33%
Comparison Matrix
33%
Information-theoretic Analysis
33%
Chorusing
33%
Acoustic Perception
33%
Phase Coherence
33%
Acoustical Modeling
33%
Mathematics
Matrix (Mathematics)
100%
Main Result
100%
Power Spectra
100%
Simple Model
100%
Statistical Property
100%
Similarity Measure
100%
Spectral Property
100%
Order Statistics
100%
Harmonicity
100%
Autocorrelation
100%
Physics
Acoustics
100%
Hearing
100%
Power Spectra
50%
Phase Coherence
50%
Harmonics
50%
Reverberation
50%
Higher-Order Statistics
50%
Signal Modeling
50%
Autocorrelation
50%
Acoustic Signal
50%
Computer Science
Optical Spectrum
100%
Statistical Property
50%
Spectral Property
50%
Distortion Measure
50%
Traditional Method
50%
Higher-Order Statistics
50%
Signal Modeling
50%