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Performance of shortest path routing under various link cost metrics for non-GEO satellite systems

机译:非Geo卫星系统各种链路成本指标下最短路径路径的性能

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This paper deals with the performance evaluation of various path selection strategies that are suitable for non-GEO satellite systems. The modified Dijkstra (1959) algorithm is used for different link cost functions. These various cost functions result to different performance in terms of system utilization, rerouting failure probability and delay parameters. In particular four metrics have been examined for the establishment of paths. The first two are based on the propagation delay and the traffic at the network whereas the other two are based on new, special factors that characterize the operation of inter-satellite links (ISLs). The scenarios are tested through extended real-time simulations and fruitful conclusions are derived at the end of the study.
机译:本文涉及适用于非Geo卫星系统的各种路径选择策略的性能评估。修改的Dijkstra(1959)算法用于不同的链路成本函数。这些各种成本函数在系统利用率,重传故障概率和延迟参数方面对不同的性能产生了不同的性能。特别是在建立路径的情况下检查了四项指标。前两个基于传播延迟和网络的流量,而另外两个是基于特征的新的特殊因素,其表征卫星间链路(ISL)的操作。这种情况通过扩展的实时模拟测试,并在研究结束时获得了富有成效的结论。

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