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Joint utility-based uplink power and rate allocation in wireless networks: A non-cooperative game theoretic framework

机译:无线网络中基于公用事业的联合上行链路功率和速率分配:非合作博弈论框架

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摘要

In this paper a novel utility-based game theoretic framework is proposed to address the problem of joint transmission power and rate allocation in the uplink of a cellular wireless network. Initially, each user is associated with a generic utility function, capable of properly expressing and representing mobile user's degree of satisfaction, in relation to the allocated system's resources for heterogeneous services with various transmission rates. Then, a Joint Utility-based uplink Power and Rate Allocation (JUPRA) game is formulated, where each user aims selfishly at maximizing his utility-based performance under the imposed physical limitations, and its unique Nash equilibrium is determined with respect to both variables, i.e. uplink transmission power and rate. The JUPRA game's convergence to its unique Nash equilibrium is proven and a distributed, iterative and low complexity algorithm for computing JUPRA game's equilibrium is introduced. The performance of the proposed approach is evaluated in detail and its superiority compared to various state of the art approaches is illustrated, while the contribution of each component of the proposed framework in its performance is quantified and analyzed.
机译:本文提出了一种新颖的基于效用的博弈论框架,以解决蜂窝无线网络上行链路中联合传输功率和速率分配的问题。最初,每个用户都与一个通用的实用程序功能相关,该功能能够正确地表示和表示移动用户的满意程度,这与具有各种传输速率的异构服务的分配系统资源有关。然后,制定了基于联合效用的上行链路功率和费率分配(JUPRA)游戏,其中每个用户都自私地致力于在强加的物理限制下最大化其基于效用的性能,并针对两个变量确定其唯一的纳什均衡,即上行传输功率和速率。证明了JUPRA游戏收敛到其独特的Nash平衡,并介绍了一种用于计算JUPRA游戏平衡的分布式,迭代且低复杂度的算法。详细评估了所提出方法的性能,并说明了与各种现有技术方法相比的优越性,同时对所提出框架的每个组件在其性能方面的贡献进行了量化和分析。

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