Staggered flows: An application layer's way to avoid incast problem

Yukai Yang, H. Abe, K. Baba, S. Shimojo
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引用次数: 6

Abstract

In today's datacenter networks, TCP protocol is still used in most of the network traffic. On the other hand, TCP protocol can also result in severe goodput collapse in a high bandwidth and low latency datacenter environment. One of the problems is called incast problem. In order to efficiently utilize the bandwidth of distributed systems such as datacenter environments, some traffic control mechanisms should be very necessary. In this paper, we discussed about an application layer control mechanism to improve the performance of certain traffic pattern which may cause incast problem. The main idea is to make the data flows be staggered and transferred in serialized manner. We conducted both simulation-based and real-machine-based experiments. We find out that staggered flows are able to avoid incast problem and to make the performance better in most cases.
交错流:应用层避免连用问题的方法
在今天的数据中心网络中,TCP协议仍然在大多数网络流量中使用。另一方面,在高带宽、低延迟的数据中心环境中,TCP协议也可能导致严重的货物崩溃。其中一个问题被称为铸造问题。为了有效地利用分布式系统(如数据中心环境)的带宽,一些流量控制机制是非常必要的。本文讨论了一种应用层的控制机制,以改善某些可能导致流量问题的流量模式的性能。其主要思想是使数据流错开并以序列化的方式传输。我们进行了基于仿真和基于实机的实验。研究发现,交错流在大多数情况下都能避免铸模问题,提高系统性能。
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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