基于ISL状态和拓扑快照的LEO卫星星座路由策略研究

He Jia-fu, Jiang Yong, Bian Dong-ming, Li Guang-xia
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引用次数: 12

摘要

在低轨道卫星星座通信系统中,路由策略成为卫星间移动的一大难题。通过对具有轨道间链路和轨道内链路的24/3/1 walker卫星星座的研究,提出了两种基于链路状态和拓扑快照的路由优化方案。同时,通过对路由优化场景和最小距离算法的计算机仿真,得出了一些有价值的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Routing strategy research based on ISL states and topology snapshot in LEO satellite constellation
In LEO satellite constellation communication system, the routing strategy becomes a big challenge for the movement between satellites. According to researching on the 24/3/1 walker satellite constellation with inter-orbit ISLs and intra-orbit ISLs, two routing optimization scenarios based on ISL state and topology snapshot are suggested. At the same time, some valuable conclusions are provided according to computer simulation about the routing optimization scenarios and the MDA(Minimum Distance Algorithm).
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