Adaptive flow monitoring in SDN architecture

Seongbok Baik, Younggil Lim, Jongwoo Kim, Youngwoo Lee
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引用次数: 11

Abstract

The SDN controllers maintain the flow tables to manage all the data flows passing through the SDN switches. In some cases, monitoring activities are required for the specific flows to detect the special events. Current de facto standard of SDN architecture enforces SDN switch to stay awake all the time from the time it receives the event monitoring request from SDN controller to catch the target event on the corresponding flow. This mechanism might disturb the fundamental SDN philosophy, which recommends the SDN switch to focus on the data forwarding, resulting in the degrading the performance of the whole SDN network. In order to tackle this problem in the real world domain, this paper focuses on the flow monitoring procedure described in OpenFlow specification version 1.4[1]. Starting from pointing out the problem of the current procedure in OpenFlow specification 1.4, we propose the detailed brand-new procedure, improved message format, and the system configuration to resolve the corresponding problem. The proposed idea can help the network service provider to build and operate their networks more efficiently and effectively.
SDN架构中的自适应流量监控
SDN控制器维护流表,以管理通过SDN交换机的所有数据流。在某些情况下,特定流需要监视活动来检测特殊事件。当前SDN架构的事实标准强制SDN交换机从接收到来自SDN控制器的事件监控请求开始一直保持清醒状态,以捕获相应流上的目标事件。这种机制可能会扰乱SDN交换机专注于数据转发的基本理念,导致整个SDN网络的性能下降。为了在现实世界中解决这一问题,本文重点研究OpenFlow规范1.4版[1]中描述的流量监控过程。从指出OpenFlow规范1.4中现有流程存在的问题入手,提出了详细的全新流程、改进的消息格式和系统配置来解决相应的问题。所提出的思想可以帮助网络服务提供商更高效地建立和运营他们的网络。
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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