Cooperative load balancing algorithm in multiple bottleneck networks

S. Manfredi
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引用次数: 1

Abstract

In this paper we validate the recent introduced cooperative load balancing algorithm ([6]) in a multiple bottleneck scenario. The controller at each router (server or switch) regulates the rates of the heterogeneous sources leveraging on the cooperation of neighboring bottlenecks. The proposed approach guarantees good performance in terms of link utilization, packet loss and fairness. Additionally it is guaranteed queue balancing without requiring rerouting or hop by hop operation differently from the existing approaches. A validation is carried out by a discrete packet experiment simulator in a realistic multi-bottleneck scenario to demonstrate the effectiveness of the key idea of the paper.
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多瓶颈网络中的协同负载均衡算法
在本文中,我们在多瓶颈场景中验证了最近引入的协作负载平衡算法([6])。每个路由器(服务器或交换机)上的控制器利用相邻瓶颈的协作来调节异构源的速率。该方法在链路利用率、丢包率和公平性方面保证了良好的性能。此外,它保证队列平衡,而不需要重路由或与现有方法不同的逐跳操作。在一个真实的多瓶颈场景下,用离散分组实验模拟器进行了验证,验证了本文核心思想的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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