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Adaptive Channel Allocation Schemes for Wireless PCN: A Genetic Algorithm Approach

机译:无线PCN的自适应信道分配方案:一种遗传算法

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摘要

with the increased demand for wireless Personal Communication Networks (PCN), the limited radio resource becomes much more valuable. In this paper, several novel adaptive channel allocation schemes using genetic algorithm (GA) are proposed which are able to achieve efficient utilization of radio channels with a simultaneous increase of traffic capacity. GA approach has been developed in order to find the optimal channel allocation and reservation in terms of Grade of Service (GoS) for a given period of time. The proposed GA based schemes are shown to have much more adaptability to the traffic load than conventional fixed allocation scheme, and outperform other heuristic methods such as Tabu Search and Simulated Annealing.
机译:随着对无线个人通信网络(PCN)需求的增加,有限的无线电资源变得更加有价值。在本文中,提出了几种使用遗传算法(GA)的新型自适应信道分配方案,这些方案能够在提高通信容量的同时实现无线信道的有效利用。为了找到给定时间段内服务等级(GoS)的最佳信道分配和预留,已经开发了GA方法。与常规的固定分配方案相比,基于GA的方案对流量负载具有更大的适应性,并且优于其他启发式方法,例如禁忌搜索和模拟退火。

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