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Optimal design of wireless local area networks (WLANs) using simulation

机译:使用仿真的无线局域网(WLAN)的优化设计

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In this paper, we introduce a wireless LAN design framework for optimal placement of access points (APs) based on detailed coverage area and capacity requirements in the operational environment. The framework provides a combination of optimization algorithms that place APs for maximizing coverage and capacity, while minimizing interference and deployment cost. The framework accurately models RF propagation effects and leverages OPNET Modeler®''s discrete event simulation (DES) capabilities to validate the output of the optimization algorithm. The algorithm can be executed iteratively incorporating recommendations from DES results to provide verifiable and optimal AP placement.
机译:在本文中,我们介绍了一种无线局域网设计框架,用于根据操作环境中的详细覆盖范围和容量要求来优化接入点(AP)的位置。该框架提供了优化算法的组合,这些优化算法可以使AP最大化覆盖范围和容量,同时将干扰和部署成本降至最低。该框架准确地对RF传播效应进行建模,并利用OPNETModeler®的离散事件仿真(DES)功能来验证优化算法的输出。该算法可以迭代执行,并结合DES结果的建议,以提供可验证的最佳AP位置。

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