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A novel signal processing approach to auditory phantom perception
I. Hui Hsieh
, Jia Wei Liu
Cognitive Intelligence and Precision Healthcare Research Center
Graduate Institute of Cognitive Neuroscience
Research output
:
Contribution to journal
›
Article
›
peer-review
2
Scopus citations
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Keyphrases
Phantom
100%
Signal Processing Techniques
100%
Auditory Phantom Perception
100%
Phantom Sound
50%
Original Signals
33%
Nonlinear Component
33%
Power Spectrum
16%
Empirical Mode Decomposition
16%
Phase Coherence
16%
Traveling Wave
16%
Spectro-temporal
16%
Nonlinear Process
16%
Relative Contribution
16%
Two-tone
16%
Linear Combination
16%
Temporal Dynamics
16%
Cosine
16%
Cell Activity
16%
Mechanism of Activity
16%
David Hilbert
16%
Complex Signal
16%
Cortical Mechanisms
16%
Cochlear Mechanics
16%
Oscillatory Component
16%
Linear Spectrum
16%
Oscillatory Modes
16%
Cortical Dynamics
16%
Phantom Perception
16%
Discrimination Sensitivity
16%
Sensory Cells
16%
Tone Frequency
16%
Physical Presence
16%
Acoustic Perception
16%
Neuroscience
Signal Processing
100%
Cell Activity
100%
Sensation of Hearing
100%
Cochlea
100%