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Opportunistic power allocation for fading channels with non-cooperative users and random access
2nd International Conference on Broadband Networks, 2005.
We present a game-theoretical model of a wireless communication system with multiple competing users sharing a multiaccess fading channel. With a specified capture rule and a limited amount of energy available, a user opportunistically adjusts its transmission power based on its own channel state to maximize the user's own individual throughput. We derive an explicit form of the Nash equilibrium power allocation strategy. Furthermore, this Nash equilibrium power allocation strategy is unique
doi:10.1109/icbn.2005.1589639
dblp:conf/broadnets/SunM05
fatcat:wky4oo4u7jfhlk4ch5xjth7zli