| Document Date: 2010-04-19 17:48:21
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Company Clear Channel / Cambridge European Trust / OFDM Radio / Wireless Local Area Networks / Computer Laboratory / / / Event FDA Phase / / Facility station A DIFS / Computer Laboratory / Girton College / William Gates Building / University of Cambridge / / IndustryTerm energy levels / backoff algorithm / wireless network deployments / contention algorithm / wireless data / energy level / wireless network / node elimination algorithm / energy detection / Wireless LANs / Wireless Communications / wireless capability / measured energy level / laptop devices / higher energy levels / Wireless LAN / wireless networks / cross-layer protocol / node networks / / MusicGroup Std / / Organization University of Cambridge / Cambridge Univ. / Girton College / / Person Bogdan A. Roman / Frank Stajano / Ioannis Chatzigeorgiou / / Position first author / / Product EP2C35F / / ProgrammingLanguage Verilog / / Technology FPGA / Verilog / proposed MCBC protocol / node elimination algorithm / decentralized algorithm / Wireless Communications / contention algorithm / cross-layer protocol / MCBC algorithm / simulation / rapidly converging node elimination algorithm / MCBC protocol / 802.11 protocol / PDA / 802.11 protocols / same chip / Wireless LAN / PDF / backoff algorithm / mobile devices / / URL http /
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Evaluation of Multi-Carrier Burst Contention and IEEEwith Fading During Channel Sensing Bogdan A. Roman†, Ioannis Chatzigeorgiou, Ian J. Wassell, Frank Stajano Digital Technology Group, Computer Laboratory, Un