Configuring and controlling a software defined network with a Pica8 switch

Jason Loux, Dawei Li, Jie Wu
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引用次数: 1

Abstract

Current network protocols are exceedingly strict, making the administrative duties of network providers difficult. The switches that control a network rely on stringent definitions, usually defined by the company who designed the switch, with which they can forward packets. Software Defined Networking (SDN) is a concept which allows control over the operations of a switch via remote software applications. But just how much control can we exhibit while writing these applications? And how well does a particular switch respond to this control? Using a Pica8 3297 OpenFlow switch in conjunction with five PowerEdge R210 severs and a Cisco switch, we analyze the response time and the control that the switch maintains while controlled by the Ryu SDN framework.
用Pica8交换机配置和控制软件定义网络
当前的网络协议非常严格,使得网络提供商的管理职责变得困难。控制网络的交换机依赖于严格的定义,通常由设计交换机的公司定义,它们可以转发数据包。软件定义网络(SDN)是一个概念,它允许通过远程软件应用程序控制交换机的操作。但是,在编写这些应用程序时,我们能展示多少控制呢?一个特定的开关对这种控制的反应有多好?使用Pica8 3297 OpenFlow交换机与五台PowerEdge R210服务器和Cisco交换机结合使用,我们分析了响应时间和交换机在Ryu SDN框架控制下保持的控制。
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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