carrier flatfading transmission / cellular systems / wireless channels / unit energy / carrier flat-fading / rate-energy tradeoff / derived energy-efficient power allocation / power adaptation algorithm / allocation algorithm / bisection rootfinding search algorithm / communication systems / energy-efficient power allocation strategy / energy-efficient optimization problem / wireless link / WIRELESS COMMUNICATIONS / Wireless Fading Subchannels Channel / real-time multimedia services / generic multicarrier wireless system model / wireless orthogonal frequency division multiple access / energy-efficient power adaptation schemes / minimum bit energy / iterative algorithms / system energy efficiency / wireless networks / energy-efficient power allocation / energy / multicarrier systems / energy consumption / delay-limited multicarrier systems / energy efficiency / optimum solution / energy-efficient system design / energy-efficient link adaptation / device electronics / /
NaturalFeature
Shannon / Frequency-Selective Fading Channel / /
Organization
Lancaster University / McGill University / Department of Electrical and Computer Engineering / US Federal Reserve / Natural Sciences and Engineering Research Council of Canada / School of Computing and Communications / /
Person
Tho Le-Ngoc / Leila Musavian / Ellis Theorem / /
Position
Prime Minister / setting Pm / proposed Pm / associate editor / /
ProgrammingLanguage
EC / R / /
Technology
Quality of Service / two-step algorithm / pdf / bisection rootfinding search algorithm / power adaptation algorithm / simulation / Digital Object Identifier / allocation algorithm / be obtained using a two-step algorithm / /
IEEE TRANSACTIONS ON WIRELESS COMMUNICATIONS, VOL. 12, NO. 9, SEPTEMBER[removed]Energy-Efficient Power Adaptation over a Frequency-Selective Fading Channel with