A High-Performance IO Engine for SDN Controllers

Sae Hyong Park, Byungjoon Lee, Jisoo Shin, Sunhee Yang
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引用次数: 10

Abstract

In software defined networking (SDN), a controller acts as the "brain," providing a centralized view of the whole network. Through the controller, the network can be quickly and easily programmed and managed. Consequently, the importance of an SDN controller's performance is significant. In SDN controllers, high performance has two aspects: fast response time, and high flow-setup rate. In this paper, we present a high-performance IO engine that gives at least a 26% higher flow-setup rate than current state-of-the-art controllers while maintaining the fastest response time. The IRIS IO engine adopts a multi-queue design, which is fundamentally different from the other controllers' approaches. Further, our evaluation results show that the IRIS IO engine has the best processing-core scalability among the fastest open-source controllers.
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SDN控制器的高性能IO引擎
在软件定义网络(SDN)中,控制器充当“大脑”,提供整个网络的集中视图。通过该控制器,可以快速方便地对网络进行编程和管理。因此,SDN控制器的性能非常重要。在SDN控制器中,高性能有两个方面:快速响应时间和高流量建立率。在本文中,我们提出了一种高性能IO引擎,该引擎在保持最快响应时间的同时,比当前最先进的控制器提供至少26%的流量设置率。IRIS IO引擎采用多队列设计,这与其他控制器的方法有本质的不同。此外,我们的评估结果表明,IRIS IO引擎在最快的开源控制器中具有最佳的处理核心可扩展性。
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