IEEE ASSP Workshop on Applications of Signal Processing to Audio and AcousticsIEEE Service Center, 2001 - Acoustical engineering |
Contents
Discrete Representation of Signals On a Logarithmic Frequency Scale | 39 |
Patrick J Wolfe Monika Dörfler | 47 |
A Cluster Centroid Method For Room Response Equalization At Multiple Locations | 55 |
Copyright | |
22 other sections not shown
Other editions - View all
Common terms and phrases
acoustic adaptive algorithm allpass filters amplitude analysis applications approximation audio coding audio signal auditory azimuth beamforming binaural binaural signal blind source separation CELP cepstral coder coefficients components computed convolution correlation corresponding CTMA cues database detection distance error estimation evaluation Figure filter bank frame free field frequency domain frequency response harmonic Head-Related Transfer Functions HRTFs IEEE Trans implementation impulse response input interaural iteration linear listening loudspeaker magnitude matrix MDCT measured method microphone array minimal noise shaping obtained ODFT optimal filter output parameters perceptual performance phase pinna pitch problem Proc proposed psychoacoustic psychoacoustic model reverberant robust room responses samples segment sensor shown Signal Processing simulations sinusoidal sound field sound source source location spatial spectral coding vectors spectrogram spectrum speech signal sub-band synthesis tatum tatum grid technique tempo threshold tion transform transient watermark window