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Design and Analysis of the Gateway Relocation and Admission Control Algorithm in Mobile WiMAX Networks

机译:WiMAX网络中网关重定位和准入控制算法的设计与分析

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The WiMAX Forum has defined a two-tiered mobility management to minimize handover delay and packet loss. However, it leads to another problem: When to perform ASN GW relocation? The standards only define the ASN GW relocation procedures without specifying when the ASN GW relocation should be performed. It is left for vendors and operators to develop their own proprietary solutions. In this paper, we propose an algorithm, which incorporates traditional Admission Control (AC) and Wiener Process (WP)-based prediction algorithms to determine when to carry out ASN GW relocation. We further develop an analytical model to analyze the proposed algorithm. Simulations are also conducted to evaluate the performance of the proposed algorithm. The results show that the proposed algorithm can improve the performance significantly in terms of blocking probability, dropping probability, average serving rate, and average signaling overhead.
机译:WiMAX论坛已定义了两层移动性管理,以最大程度地减少切换延迟和数据包丢失。但是,这导致另一个问题:何时执行ASN GW重定位?该标准仅定义了ASN GW的重定位过程,而没有指定何时应执行ASN GW的重定位。供应商和运营商可以自行开发专有的解决方案。在本文中,我们提出了一种算法,该算法结合了基于传统准入控制(AC)和维纳过程(WP)的预测算法来确定何时进行ASN GW重定位。我们进一步开发了一个分析模型来分析所提出的算法。还进行了仿真以评估所提出算法的性能。结果表明,该算法在阻塞概率,丢包概率,平均服务速率和平均信令开销方面可以显着提高性能。

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