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A novel inter-satellite routing protocol based on link recognizing

机译:基于链路识别的新型星际路由协议

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To resolve the networking problem in the satellite constellation with lots of broken-down nodes, and intermittent connected links, we propose a novel inter-satellite routing protocol based on link recognizing (LRSR). In LRSR, each satellite provides data relaying service for other satellites by the way of DTN,that is, “store-carry-forward”. The main idea of LRSR is: (1) each satellite monitors the state of its links in real time and sends the newest link state changes to all satellites it meets. (2) Receiving link state information, each satellite updates its link state database. (3) While sending out packets, each satellite needs use Dijkstra algorithm and its link state database compute the shortest path and the best next hop, and then deliver packets to next hop node while meeting. The simulation results show that: LRSR routing algorithm has good performance. Using it, the values of packet dropping rate and the values of average network delay are always in a lower level relatively.
机译:为了解决节点数量很多,连接链路断续的卫星星座网络问题,我们提出了一种基于链路识别(LRSR)的新型卫星间路由协议。在LRSR中,每颗卫星都通过DTN(即“存储转发”)为其他卫星提供数据中继服务。 LRSR的主要思想是:(1)每个卫星实时监视其链路状态,并将最新的链路状态变化发送到它遇到的所有卫星。 (2)接收到链路状态信息,每个卫星更新其链路状态数据库。 (3)在发送数据包时,每颗卫星都需要使用Dijkstra算法,并且其链路状态数据库将计算最短路径和最佳下一跳,然后在会议期间将数据包传送到下一跳节点。仿真结果表明:LRSR路由算法具有良好的性能。使用它,丢包率的值和平均网络延迟的值总是相对较低。

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