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Information / Electronic engineering / Network performance / Cooperative diversity / Channel / Network packet / Bit error rate / MIMO / Antenna diversity / Radio resource management / Telecommunications engineering / Information theory


Packet Error Probability for Decode-and-Forward Cooperative Networks of Selfish Users Ioannis Chatzigeorgiou1 , Weisi Guo1 , Ian J. Wassell1 and Rolando Carrasco2 1 Computer Laboratory, University of Cambridge, United K
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Document Date: 2009-04-28 12:25:27


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City

Princeton / Philadelphia / Orlando / Toulouse / New York / /

Company

Forward Cooperative Networks / Cambridge University Press / Rolando Carrasco2 1 Computer Laboratory / /

Country

France / United States / /

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Event

Labor Issues / /

Facility

University of Newcastle / University of Cambridge / /

IndustryTerm

fouruser network / cooperative networks / proposed selfish protocol / cooperative wireless networks / selfish protocol / wireless network / wireless systems / wireless access systems / Wireless Communications / cooperative diversity protocols / wireless communication networks / Wireless Comm / cooperation protocol / user cooperation protocol / wireless networks / selfish cooperation protocol / energy / /

Organization

Cambridge University / University of Cambridge / Engineering and Physical Sciences Research Council / University of Newcastle / /

Person

A. Roger Hammons / E. Gamal / /

Position

multi-node decode-and-forward / decode-and-forward / amplify-and-forward / /

ProgrammingLanguage

R / /

Technology

proposed selfish protocol / cooperation protocol / strictly selfish cooperation protocol / wireless access / CDMA / Wireless Communications / AF protocols / simulation / TDMA / DF protocols / selfish protocol / cooperative diversity protocols / user cooperation protocol / /

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