IP快速路由中的隧道

J. Papán, P. Segec, P. Paluch
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引用次数: 7

摘要

网络节点或链路故障后,会经历一段时间的连通性受损,直到网络恢复。在此期间,特定目的地无法到达,导致关键和时间敏感的服务(如IP语音)出现问题。网络重新收敛的过程从几毫秒到几十秒不等。为了解决这些问题,IP快速路由(IPFRR)机制被开发出来。这些机制可以通过临时备用备份路径重新路由,直到网络重新收敛。使用IPFRR机制,网络恢复时间一般缩短到毫秒级。IPFRR的实现方法有很多种,从选择无环邻居到隧道机制都有。在本文中,我们提出了一种新的想法,隧道利用作为未来的IPFRR机制。
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Tunnels in IP Fast Reroute
After the failure of a network node or a link, a period of impaired connectivity is experienced until the network reconverges. During this period, specific destinations are not reachable, causing issues specifically with critical and time-sensitive services such as Voice over IP. The process of network reconvergence can last from a few milliseconds to tens of seconds. To address these issues, IP Fast Reroute (IPFRR) mechanisms have been developed. These mechanisms can reroute via temporary alternative backup paths until the network reconverges. Using IPFRR mechanisms, network recovery time is shortened generally to milliseconds. Multiple approaches to IPFRR exist, ranging from selecting loop-free neighbors through tunneling mechanisms. In this paper, we introduce a new idea of tunnel utilization as a prospective IPFRR mechanism.
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