Delay optimal control algorithm for a multiaccess fading channel with peak power constraint

M. Goyal, Anurag Kumar, V. Sharma
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引用次数: 1

Abstract

We consider an optimal power and rate scheduling problem for a multiaccess fading wireless channel with the objective of minimising a weighted sum of mean packet transmission delay subject to a peak power constraint. The base station acts as a controller which, depending upon the buffer lengths and the channel state of each user, allocates transmission rate and power to individual users. We assume perfect channel state information at the transmitter and the receiver. We also assume a Markov model for the fading and packet arrival processes. The policy obtained represents a form of indexability
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具有峰值功率约束的多址衰落信道延迟最优控制算法
我们考虑了一个多址衰落无线信道的最优功率和速率调度问题,其目标是在峰值功率约束下最小化平均分组传输延迟的加权和。基站作为一个控制器,根据每个用户的缓冲区长度和信道状态,将传输速率和功率分配给各个用户。我们假设发射机和接收机的信道状态信息是完美的。我们还假设衰落和数据包到达过程的马尔可夫模型。获得的策略代表一种可索引性
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