一种面向军事应用场景的5G网络切片编排算法
首发时间:2020-06-28
摘要:网络切片编排是5G的新兴概念,其技术优势可以满足不同军事任务的特定需求。针对当前5G网络切片军事应用需求不明朗、相关研究少,以及切片编排算法的研究成果无法满足面向军事任务的网络切片所要求的部署周期短、响应速度快、信息传输高效可靠的问题,构建了一种精确制导打击作战案例的5G军事应用需求概念模型,实现了面向军事任务的网络切片实例化,并提出改进的粒子群算法RMS-PSO,对实例中的切片优化问题进行建模并求解。实验结果表明,RMS-PSO相较于其他三种编排算法能够显著提高链路带宽利用率,降低链路传输时延,缩短路由收敛时间,满足面向军事任务网络切片部署的敏捷性需求。
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An orchestration algorithm of 5G network slicing for military application scenarios
Abstract:Network slice orchestration is an emerging concept of 5G, and its technical advantages can meet the specific needs of different military missions. In order to solve the problems of the current 5G network slicing military application requirements are unclear, there is little relevant research, and the research results of the slicing algorithm can not meet the short deployment cycle, fast response speed, and efficient and reliable information transmission required for military mission-oriented network slicing. A 5G military application requirement conceptual model of a precision guided strike combat case, which implements the instantiation of network slices for military missions, and proposes an improved particle swarm o5G Network Slicing Algorithm for Military Applicationptimization algorithm RMS-PSO to model and solve the slice optimization problem in the examples. Experimental results show that RMS-PSO can significantly improve link bandwidth utilization, reduce link transmission delay, and shorten route convergence time compared to the other three orchestration algorithms to meet the agility requirements of military mission-oriented network slice deployment.
Keywords: Network slice, Military application, Orchestration algorithm, Link bandwidth, Link delay
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