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Electrical engineering / Computing / Signal processing / Ambient intelligence / Ronald W. Schafer / Electronics / Bathinda / Digital signal processing / Electronic engineering / Telecommunications engineering


Computing & Software Systems 457: Multimedia and Signal Computing Fall 2014 Basic Course Information As computers become ubiquitous, they become more and more embedded not only in the devices we own and use but in our li
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Document Date: 2014-09-09 15:00:24


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City

San Francisco / Reading / Boston / New York / /

Company

Computer Science Press / McGraw-Hill / Computing & Software Systems / /

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Facility

Prentice Hall / University of Washington / Laboratory Manual / Laboratory Manual M. Stiber / /

IndustryTerm

software design / basic algorithms / established services / wireless communication devices / digital media representation / multimedia computing systems / state law / signal processing systems / media quality / signal processing / multimedia applications / digital signal processing / /

NaturalFeature

Signal Computing Fall / /

Organization

University of Washington / /

Person

Michael Stiber / James H. McClellan / A. Murat Tekalp / Robert S. Tannenbaum / Alistair Moffat / Ian H. Witten / Martin D. Levine / Ken Pohlman / Donald Hearn / Andrew Turpin / Jean-Loup Gailly / Timothy C. Bell / Mark Nelson / Ronald W. Schafer / Mark A. Yoder / M. Pauline Baker / Morgan Kaufmann / /

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Position

Instructor / /

ProgrammingLanguage

Java / /

ProvinceOrState

New York / /

PublishedMedium

Computer Graphics / /

Technology

basic algorithms / MPEG / JPEG / Java / cell phones / Digital Video / DSP / /

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