Network reliability under mixed IP and optical protection

Christian Awad, B. Sansò, A. Girard
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引用次数: 6

Abstract

In this article, we extend previous work showing that DiffServ can provide some QoS guarantees to both realtime and non real-time traffic in the event of the failure of an optical component. Even though DiffServ cannot totally replace optical protection in a network, it might be able to do so to some degree. In this paper, we study a 4-node linear topology which can be protected by DiffServ, DiffProtect or even a combination of both (MixProtect). We evaluate the performance of all protection combinations which enables us to study the extent to which we could replace optical protection by DiffServ in a particular network. Results have shown that replacing optical protection by DiffServ cannot be done randomly, the number and positions of DiffServ protected links versus DiffProtect's must be carefully chosen in order to guarantee maximum performance to all traffic types.
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混合IP和光保护下的网络可靠性
在本文中,我们扩展了以前的工作,表明在光学组件发生故障的情况下,DiffServ可以为实时和非实时流量提供一些QoS保证。尽管DiffServ不能完全取代网络中的光保护,但它可能在某种程度上做到这一点。在本文中,我们研究了一个可以由DiffServ、DiffProtect甚至两者的组合(MixProtect)来保护的4节点线性拓扑。我们评估了所有保护组合的性能,这使我们能够研究在特定网络中用DiffServ取代光保护的程度。结果表明,用DiffServ代替光保护不能随机完成,必须仔细选择DiffServ保护链路与DiffProtect保护链路的数量和位置,以保证所有流量类型的最大性能。
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