Using Routing Optimization in Next Generation Network to Achieve High QoS

E. Fgee, Abdoelbari Elalo, W. Phillips, A. Elhounie
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Abstract

This paper deals with the routing optimization in IPV6networks. It's the key processes of traffic engineering andnetwork planning.Routing optimization provides a means to balance thetraffic load in the network with the goal to improve thequality of service. The main objective of our routingoptimization procedures is the minimization of the end-to-end delay, which is the total time of an individual packetto transfer from source to destination node. By optimizedone of router's functions, this function is the packetclassification. This work is done modify the packetclassification operation in the router architecture bymaking it based on two tuples (source address and flowlabel)instead of the regular five tuples to classify thecoming packets.Finally, to test and compare the performance ofour algorithm, we used the network simulator NS-2,version 2.29. The simulation results indicate that theproposed algorithm indeed helps to minimize the end-toenddelay as a result of router optimization.
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利用下一代网络中的路由优化实现高QoS
本文研究了ipv6网络中的路由优化问题。它是交通工程和网络规划的关键过程。路由优化提供了一种平衡网络中流量负载的方法,目的是提高服务质量。我们的路由优化过程的主要目标是最小化端到端延迟,即单个数据包从源节点传输到目的节点的总时间。通过优化路由器的一个功能,这个功能是分组分类。这项工作通过修改路由器架构中的数据包分类操作,使其基于两个元组(源地址和流标签)而不是常规的五个元组来对到来的数据包进行分类。最后,为了测试和比较我们的算法的性能,我们使用了网络模拟器NS-2,版本2.29。仿真结果表明,由于路由器的优化,该算法确实有助于最小化端到端延迟。
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