在DiffServ架构中添加多类路由

Yin Wang, R. Kantola, Shuping Liu
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引用次数: 7

摘要

为了缓解高优先级流量占用所有可用网络容量的问题,并优化DiffServ网络中的网络流量,我们在DiffServ架构中引入了多类路由(multi-class routing, MCR)方案。MCR方案在DiffServ路由器中建立多个路由表,形成MCR DiffServ架构。在本文中,MCR DiffServ架构主要关注ds内域。MCR DiffServ系统可以使用不同的MCR方法,包括静态方法和动态方法。我们扩展了OSPF协议,以便在每个MCR DiffServ系统中建立多个路由表。根据对OSPF的扩展,我们在开源Zebra软件的基础上实现了MCR DiffServ系统的静态MCR方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adding multi-class routing into the DiffServ architecture
To alleviate the problem of high priority traffic hogging of all the available network capacity and to optimize the network traffic in the DiffServ network, we introduce the multi-class routing (MCR) scheme into the DiffServ architecture. The MCR scheme that builds multiple routing tables in the DiffServ routers forms the MCR DiffServ architecture. In this paper, the MCR DiffServ architecture focuses on the intra-DS domain. Different MCR approaches that include a static approach and dynamic approaches can be used for the MCR DiffServ system. We extend the OSPF protocol in order to build up more than one routing table in each MCR DiffServ system. According to the extensions to OSPF, we have implemented the static MCR approach for the MCR DiffServ system on the basis of the open source Zebra software.
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