基于多线程方法的双平面冗余网络拓扑搜索

Li Lin, Yun Lan, Xiquan Dong, Yong-Hua Huo
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引用次数: 0

摘要

为了解决IP网络运行中的TOPO搜索问题,首先研究了IP网络的拓扑基础和搜索算法,在IP网络的双平面和冗余结构的基础上,采用了多线程技术。通过子线程调用节点探测获得地址表、路由表、ARP表和转发信息。绘制子网的ARP和外部接口,获取所连接的设备和连接信息。设计了拓扑搜索和冗余路径检测的功能、流程。在拥有198台设备的双星网络中,实例数据显示准确率高达100%,搜索时间小于2分钟,满足实际需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Topology Searching on Dual-plane Redundancy Network with Multiple Threading Method
To make a solution of the TOPO search in IP network running, the topology foundation and the searching algorithm are studied firstly, on the basis of biplane and redundancy structure of IP network, the multiple threading are adopted. Address table, routing table, ARP table and forwarding information are obtained by node detecting invoked with sub threading. The ARP and external interface of subnet are drawn, the connected equipment and connection information are acquired. The function, flow of topology search and redundancy path detection are designed. In the dual-star network with 198 devices, the instance data shows correctness is up to 100 percent and search time is less than 2 minutes, which meets the actual needs.
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