End-to-end congestion management for non-blocking multi-stage switching fabrics

Nikolaos Chrysos, L. Chen, C. Minkenberg, C. Kachris, M. Katevenis
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引用次数: 9

Abstract

In Fig. 3, we depict the average delay of packets targeting non-hotspots, for various numbers of hotspots, each over-loaded by 2.5×, under bursty arrivals, with average burst size of 36. Each request or grant may refer to up to 128 segments in a virtual-output-queue (VOQ), thus reducing control overhead. The switching fabric assumed here is a 64×64, three-stage Clos, made of CIOQ switching chips.
面向非阻塞多级交换结构的端到端拥塞管理
在图3中,我们描绘了在突发到达情况下,针对非热点的数据包的平均延迟,对于不同数量的热点,每个热点过载2.5倍,平均突发大小为36。每个请求或授权最多可以引用虚拟输出队列(VOQ)中的128个段,从而减少了控制开销。这里假设的交换结构是一个64×64,三级Clos,由CIOQ交换芯片制成。
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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