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Electronics / Network performance / Noise / Information theory / Digital audio / Bit error rate / Signal-to-noise ratio / Phase-shift keying / Spectral efficiency / Telecommunications engineering / Data transmission / Measurement


I. Cyclic Code Shift Keying: A
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Document Date: 2008-02-21 18:52:48


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File Size: 1,02 MB

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City

La Jolla / DILLARD ET / /

Company

AES / Motorola / /

Currency

USD / /

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Facility

IEEE Spawar Systems Center / IEEE University of California / Spawar Systems Center / University of California / /

IndustryTerm

carrier frequency / noncoherent processing / large time-bandwidth product / time-bandwidth product / energy detector / signal energy / equal-energy signals / large processing gain / signal processing / radiometer time-bandwidth product / symbol energy / intended communications receiver / /

MusicGroup

Deer / /

NaturalFeature

M=MT / QT SNRIN =MT / MT SNRIN / /

Organization

IEEE Spawar Systems Center San Diego / Spawar Systems Center San Diego / University of California at San Diego / /

Person

IEEE JAMES ZEIDLER / MICHAEL REUTER / BRANDON ZEIDLER / JAMES ZEIDLER / GEORGE M. DILLARD / IEEE MICHAEL REUTER / /

Position

rT / /

ProvinceOrState

Montana / California / /

Technology

AV / FFT algorithm / simulation / MT chips / /

SocialTag