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Biology / Perception / Cochlea / Basilar membrane / Hair cell / Inner ear / Hearing range / Georg von Békésy / Analog ear / Auditory system / Sensory system / Ear


A Bidirectional Analog VLSI Cochlear Model Lloyd Watts Richard F. Lyon 1 Carver Mead Department of Computer Science
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Document Date: 2012-06-05 15:30:58


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File Size: 2,65 MB

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City

Cupertino / /

Company

Neural Systems / Apple Computer Inc. / McGraw-Hill / /

Currency

USD / /

Event

Person Communication and Meetings / /

Facility

Computer Science California Institute of Technology Pasadena / /

IndustryTerm

approximate closed-form solutions / bidirectional cochlea test chip / closed-form solutions / real-time analog components / test chip / domain solutions / /

Organization

office of Naval Research / System Development Foundation / Carver Mead Department of Computer Science California Institute of Technology Pasadena / Acoustical Society of America / U.S. Securities and Exchange Commission / MOSIS Service / /

Person

Massimo Sivilotti / Richard F. Lyon / Lloyd Watts Richard / Xavier Arreguit / John Lazzaro / /

Position

Bidirectional Analog VLSI Cochlear Model / /

ProvinceOrState

California / /

Technology

semiconductor / bidirectional cochlea test chip / 3 The Test Chip The test chip / 4 Test Results The test chip / simulation / test chip / integrated circuit / /

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