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Designing a new TCP based on FAST TCP for datacenter

机译:为数据中心设计基于FAST TCP的新TCP

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TCP incast problem has become a severe problem in datacenters due to the catastrophic collapse of goodput at the receiver side. Many solutions have been proposed, however, none of them solved it fundamentally. In this paper, we take a deep dive into the causes of incast problem, and find out that the root cause of TCP incast is the droptails induced by TCP congestion control algorithm based on packet losses. According to the root cause, we design a new TCP based on FAST TCP, a delay based congestion control algorithm, to radically solve TCP incast problem. The new TCP aims at maintaining a relatively small queue length that does not exceed the switch buffer and meanwhile fully occupy the bottleneck link. The simulation results demonstrate that our method cuts off most of the timeouts and attains high goodput under various conditions.
机译:由于接收方的吞吐量的灾难性崩溃,TCP内插问题已成为数据中心中的严重问题。已经提出了许多解决方案,但是没有一个从根本上解决它。在本文中,我们深入研究了incast问题的原因,发现TCP incast的根本原因是基于数据包丢失的TCP拥塞控制算法引起的丢包现象。根据根本原因,我们设计了一种基于FAST TCP的新TCP,FAST TCP是一种基于延迟的拥塞控制算法,从根本上解决了TCP incast问题。新的TCP旨在保持相对较小的队列长度,该长度不超过切换缓冲区,同时完全占据瓶颈链接。仿真结果表明,我们的方法可以消除大多数超时情况,并在各种条件下都能获得较高的吞吐量。

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