Measuring control plane latency in SDN-enabled switches

Keqiang He, Junaid Khalid, Aaron Gember, Sourav Das, Chaithan Prakash, Aditya Akella, Erran L. Li, M. Thottan
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引用次数: 138

Abstract

Timely interaction between an SDN controller and switches is crucial to many SDN applications---e.g., fast rerouting during link failure and fine-grained traffic engineering in data centers. However, it is not well understood how the control plane in SDN switches impacts these applications. To this end, we conduct a comprehensive measurement study using four types of production SDN switches. Our measurements show that control actions, such as rule installation, have surprisingly high latency, due to both software implementation inefficiencies and fundamental traits of switch hardware.
测量sdn交换机控制平面时延
SDN控制器和交换机之间的及时交互对许多SDN应用至关重要。、链路故障时的快速重路由和数据中心的细粒度流量工程。然而,SDN交换机中的控制平面如何影响这些应用还不是很清楚。为此,我们使用四种类型的生产SDN交换机进行了全面的测量研究。我们的测量表明,由于软件实现效率低下和交换机硬件的基本特征,控制动作(如规则安装)具有惊人的高延迟。
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