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Science / Claude Shannon / Noisy-channel coding theorem / Communication Theory of Secrecy Systems / Robert G. Gallager / Mark Semenovich Pinsker / Shannon–Hartley theorem / Channel capacity / Shannon / Information theory / Information / Mathematics


Document Date: 2001-12-11 13:46:37


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City

Gaylord / Medford / Petoskey / Brighton / New York / Ashkelon / San Diego / /

Company

New York Times Science Times / Qualcomm Incorporated. / IBM Research Labs. / Viterbi Group LLC / Information Theory Group / Bell Telephone Laboratories / Lucent Technologies / AT&T / Bell Labs / AT&T Research Labs / Bell Laboratories / IEEE Press / Shannon Labs / Campbell soup / /

Country

Japan / United Kingdom / Israel / United States / Soviet Union / /

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Event

Name Change / /

Facility

Statue of Claude Shannon / Stanford University / University of California at Berkeley / University of Michigan / University of California / American Institute of Electrical Engineers / University of Illinois Press / Institute of Electrical / M.I.T. Museum / University of Southern California / Institute of Radio Engineers / Massachusetts Institute of Technology / /

IndustryTerm

digital wireless transmission / communication systems / on finance / refined decoding algorithms / maximum-likelihood algorithm / remarkable theorems telling communications / information technology / telephone industry / metal balls / communications engineers / implementable decoding algorithm / incredible digital communications revolution / communications area / ever-improving hardware / secrecy systems / respective decoding algorithms / sequential search / /

MusicGroup

W. C. Fields / M.I. / /

NaturalFeature

Sinai / /

Organization

American Institute of Electrical Engineers / Eidgenössische Technische Hochschule / University of California / Institute of Radio Engineers / U.S. Army Signal Corps / University of Illinois Press / Massachusetts Institute of Technology / University of Southern California / Institute of Electrical / Institute of Electrical and Electronics Engineers / M.I.T / Institute for Advanced Study / IEEE Information Theory Society / Information Theory Society / Stanford University / the University of Michigan / Laboratory for Information and Decision Systems / /

Person

Michael Lewy / V. L. Hartley / Edward F. Moore / A. N. Kolmogorov / Aaron Wyner / Andrew J. Viterbi / Claude Elwood Shannon / M. E. Hellman / ERIK ORDENTLICH / Margarita / Robert G. Gallager James / John L. Kelly Jr. / ROBERT M. GRAY / Marcel Golay / George Boole / Betty Shannon / Andrew J. Viterbi Solomon / Claude Shannon / Thomas M. Cover / Warren Weaver / Harry Nyquist / James L. Massey / G. Gallager / Solomon W. Golomb / Norbert Wiener / Robert G. Gallager / Alfred Noble / Lewbel / Hermann Weyl / Andrew J. Viterbi Attaining Maximum Achievable / PÉTER GÁCS / Elwyn Berlekamp / J. L. KELLY JR. / BORIS TSYBAKOV / /

Position

great mathematician / professor emeritus of electrical engineering and computer science / vice chairman / president / professor of electrical engineering and statistics / sociologist / mathematician / author / professor emeritus / professor of mathematics / representative / visiting professor / professor of electrical engineering / actual supervisor / research assistant / Professor of Science / famous mathematician / /

ProgrammingLanguage

R / C / /

ProvinceOrState

Southern California / New York / Michigan / California / Massachusetts / /

PublishedMedium

The IEEE Transactions on Information Theory / the Bell System Technical Journal / Mathematical Reviews / /

Region

Southern California / /

SportsLeague

Stanford University / /

Technology

refined decoding algorithms / information technology / implementable decoding algorithm / secret key / html / integrated circuits / encryption / respective decoding algorithms / cryptography / thermodynamics / maximum-likelihood algorithm / enciphering algorithm / enabling technology / voice recognition / /

URL

http /

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