在100G及以上的数千个流的仲裁

Nikolaos Chrysos, F. Neeser, M. Gusat, R. Clauberg, C. Minkenberg, C. Basso, Kenneth M. Valk
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引用次数: 2

摘要

为了扩展通信带宽以及数据中心和仓库计算机中计算节点的处理能力,现在需要支持100g以上链路的网络设备。在本文中,我们为这种超高速链路和任意数量的请求者提出了一个轻量级的、公平的调度程序。我们表明,在实践中,我们的第一种算法,以及它的前身DRR,即使在流量权重近似相等的普通情况下,也可能导致突发服务,并且我们确定了可能损害性能的应用程序。我们的第二个贡献是增强了短期公平性,当流量权重大致相等时,可以提供非常平滑的服务,同时以加权公平的方式分配带宽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Arbitration of many thousand flows at 100G and beyond
Network devices supporting above-100G links are needed today in order to scale communication bandwidth along with the processing capabilities of computing nodes in data centers and warehouse computers. In this paper, we propose a light-weight, fair scheduler for such ultra high-speed links, and an arbitrarily large number of requestors. We show that, in practice, our first algorithm, as well its predecessor, DRR, may result in bursty service even in the common case, where flow weights are approximately equal, and we identify applications where this can damage performance. Our second contribution is an enhancement that improves short-term fairness to deliver very smooth service when flow weights are approximately equal, whilst allocating bandwidth in a weighted fair manner.
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