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Energy optimal control for time varying wireless networks (2006)
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| Venue: | IEEE Trans. Inform. Theory |
| Citations: | 183 - 50 self |
BibTeX
@ARTICLE{Neely06energyoptimal,
author = {Michael J. Neely},
title = {Energy optimal control for time varying wireless networks},
journal = {IEEE Trans. Inform. Theory},
year = {2006},
pages = {2915--2934}
}
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Abstract
Abstract — We develop a dynamic control strategy for minimizing energy expenditure in a time varying wireless network with adaptive transmission rates. The algorithm operates without knowledge of traffic rates or channel statistics, and yields average power that is arbitrarily close to the minimum possible value achieved by an algorithm optimized with complete knowledge of future events. Proximity to this optimal solution is shown to be inversely proportional to network delay. We then present a similar algorithm that solves the related problem of maximizing network throughput subject to peak and average power constraints. The techniques used in this paper are novel and establish a foundation for stochastic network optimization.
Keyphrases
wireless network energy expenditure channel statistic average power constraint optimal solution yield average power stochastic network optimization network throughput subject network delay similar algorithm dynamic control strategy traffic rate complete knowledge minimum possible value future event adaptive transmission rate related problem
