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Genetic Algorithms for Wireless Mesh Network Planning

机译:无线网状网络规划的遗传算法

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摘要

The complex multi-hop structure of WMNs requires a careful network planning. In this paper, we investigate the usability of Genetic Algorithms (GAs) for such a planning approach. The simplicity of GAs allow us to examine a large number of network configurations in order to optimize the network throughput and to fairly distribute the resources. This is achieved with a max-min fair share throughput distribution and by evaluating node positions, routing configurations, and channel assignments. We adapt standard genetic operators and evaluate the influence of the operators on the performance. The results show that GAs are well-suited for planning WMNs.
机译:WMN的复杂多跳结构需要仔细的网络规划。在本文中,我们调查了这种规划方法的遗传算法(气体)的可用性。天然气的简单性允许我们检查大量网络配置,以优化网络吞吐量并公平地分配资源。这是通过MAX-MIN公平共享吞吐量分布和通过评估节点位置,路由配置和频道分配来实现的。我们适应标准遗传营运者,并评估运营商对性能的影响。结果表明,天然气非常适合规划WMN。

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