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Sound / Binaural recording / Sound localization / Cocktail party effect / Auditory system / Reverberation / Signal processing / Precedence effect / Microphone practice / Acoustics / Hearing / Waves


A Computational Model of Binaural Localization and Separation Richard F. Lyon Fairchild Laboratory for Artificial Intelligence Research 4001 Miranda Ave. Palo Alto, CA 94304
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Document Date: 2006-07-01 13:02:00


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File Size: 201,48 KB

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Stroudsburg / Lyon / BOSTON / Palo Alto / New York / Paris / /

Company

Separation Richard F. Lyon Fairchild Laboratory / Dowden / Hutchinson / & Ross / Inc. / /

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Facility

University of Surrey / /

IndustryTerm

binaural processing / reverberant energy / similar algorithms / noise suppression algorithms / binaural processing algorithms / front-end processing / real-time algorithms / time-domain algorithms / instantaneous correlation product / signal energy / high energy / speech processing research / correlation processing / good speech processing algorithms / cochlear model algorithms / binaural algorithms / signal processing techniques / /

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University of Surrey / /

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Psychological Acoustics / E. D. Schubert / /

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editor / judge / /

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Pennsylvania / New York / California / /

Technology

dedicated processor / speech recognition / good speech processing algorithms / The algorithms / binaural processing algorithms / artificial intelligence / similar algorithms / noise suppression algorithms / cochlear model algorithms / real-time algorithms / time-domain algorithms / /

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