| Document Date: 2006-07-01 13:01:52
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City Atlanta / / Company F. L7jom Fairchild Artificial Intelligence Research Laboratory / / Country United States / / Currency pence / USD / / Facility J. L. Hall / Washington University / Cochlea Richard F. L7jom Fairchild Artificial Intelligence Research Laboratory / University Press / / IndustryTerm speech analysis algorithm / computational tomatio glzirt control network / binaural processing / high-energy signal regions / speech analysis algorithms / sensory systems / few modern chips / distortion products / square-law nonlinearity / acoustic law / real-time processing / compression network / wave energy / neural processing / multi-level sound analysis algorithm / cascade/parallel fllterbank network / highfrequency energy / cube-law controlled gain / xo nonlinear processing / electronic systems / place-domain signal processing operations / energy / / NaturalFeature Nonlinear channel / / Organization Washington University / St. Louis / Department of Defense / / Person Miranda Ave. Palo Alto / Schroeder / / Position model / representative / Scientist / / ProgrammingLanguage DC / LPC / / ProvinceOrState Missouri / M. B. / California / / PublishedMedium Scientific American / / Technology speech recognition / control network / multi-level sound analysis algorithm / resulting algorithms / speech analysis algorithms / speech analysis algorithm / /
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A Computational Model of Filtering, Detection, and Compreion in the Cochlea Richard F. L7jom Fairchild Artificial Intelligence Research Laboratory