首页|基于eNSP的静态路由环路问题分析与仿真

基于eNSP的静态路由环路问题分析与仿真

An eNSP-based study and simulation of static routing loops

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路由环路会造成网络拥堵和性能下降.静态路由配置、动态路由协议、网络设备故障、网略攻击等可以引起路由环路的产生.动态路由环路主要基于距离矢量和链路状态算法防环.解决静态路由配置造成的路由环路问题,需在局域网边界路由器上手动配置一条指向无效逻辑端口的静态黑洞路由,通过该路由条目发出的数据会直接丢弃,避免路由环路的产生.基于华为模拟器eNSP平台对静态路由环路问题的形成和解决进行了仿真,验证了黑洞路由在解决静态路由环路问题中的有效性.
Whereas routing loops may cause cyber congestion or degradation due to the configuration of default routes and static summary routing entries,irrelevant routes and data forming routing loops are re-sulted.The writer argues that a static black hole route pointing to an invalid logical port can be manually configured on the LAN boundary router.When data needs to be sent through the entry,the router will di-rectly discard the data,improving cyber space and performance.The formation and solution are simulated based on the Huawei eNSP platform,and the effectiveness of black hole routing has been verified in sol-ving static routing loops.

eNSPstatic routing loopblack hole routingsimulation

邹洁

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石家庄职业技术学院信息工程系,河北石家庄 050899

eNSP 静态路由环路 黑洞路由 仿真

2024

石家庄职业技术学院学报
石家庄职业技术学院

石家庄职业技术学院学报

影响因子:0.238
ISSN:1009-4873
年,卷(期):2024.36(2)
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