| Document Date: 2017-04-25 05:46:02
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City Seatle / New York / Article / Monticello / Brussels / / Company Cambridge University Press / M ULTIPLE COGNITIVE TACTICAL RADIO NETWORKS / Cognitive Radio / IEEE Journal / EURASIP Journal / John Wiley & Sons / / Country Belgium / United States / / Currency pence / / / Facility Prentice Hall / Monticello / / IndustryTerm tactical communications / radio network / tactical communications testing / Wireless Communications / possible exhaustive search / sub-optimal distributed algorithm / exhaustive search / duplex multiple-relay networks / radio technology / dynamic spectrum management / radio networks / open-spectrum communications / carrier frequency / tactical radio networks / iterative waterfilling algorithm / genetic algorithm / application requiring spectrum management / software upgrades / Wireless Fading Relay Channels / wireless local area networks / iterative water-filling algorithm / autonomous dynamic spectrum management algorithm / power allocation algorithm / tactical radio network / / MusicGroup UHF / / Organization Cambridge University / Dept. / Royal Military Academy / Ministry of Defense / / Person Y. Liang / V / I. Joseph Mitola / J. Gerald Q. Maguire / / Position init Rt / centralized cognitive manager / / PublishedMedium IEEE Transactions on Information Theory / / Technology iterative waterfilling algorithm / Wireless Communications / autonomous dynamic spectrum management algorithm / 1 Algorithm / amplitude modulation / DSL / power allocation algorithm / iterative water-filling algorithm / 3 0 Algorithm / proposed algorithm / Simulation / local area networks / 6 10 Algorithm / / URL http /
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1 Distributed Power Allocation for Parallel Broadcast Channels with Only Common Information in Cognitive Tactical Radio Networks Vincent Le Nir, Bart Scheers