在omnet++中模拟多准则切换算法

R. Bikmukhamedov, A. Nadeev, Y. Yeryomin, J. Seitz
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引用次数: 1

摘要

多准则切换算法已成为提高无线网络效率的一种很有前途的解决方案。然而,它们在真实系统中的评估需要大量的资源,因此,需要使用模拟环境。为此,选择omnet++实现多准则决策算法。SAW、GRA、TOPSIS和VIKOR在omnet++中实现。利用一种评价方法对这些算法的移交决策结果进行了分析。定义了4种不同流量类型和负载的仿真场景。结果表明,在给定的模拟条件下,VIKOR和GRA的性能优于其他方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulating multi-criteria handover algorithms in OMNeT++
I Multi-criteria handover algorithms have been becoming a promising solution to increase the efficiency of wireless networks. However, their evaluation in a real system demands significant resources, therefore, the use of a simulation environment is desired. For this purpose, OMNeT++ was chosen for the implementation of the multi-criteria decision making algorithms. SAW, GRA, TOPSIS and VIKOR were implemented in OMNeT++. The results of handover decisions made by means of these algorithms were analyzed with the help of an evaluation method. Four simulation scenarios with different traffic types and load were defined. The results revealed that VIKOR and GRA outperform the others for given simulation conditions.
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