Software Defined Network (SDN) Implementation with POX Controller

Riya Patel, Parth Patel, Parth Shah, Bansari Patel, Dweepna Garg
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Abstract

While the idea of conceptually centralized network control is well accepted and understood throughout the SDN community, there are many alternative methods available for delivering such a perspective to several distributed controller instancesRe-policing is straightforward in SDN since the control plane and data plane are divided. Simply forwarding packets in line with the control plane’s established flow table rules is what network routers and switches do. OpenFlow, the most popular Software Defined Network protocol/standard at the present, has a list of design specifications. SDN/OpenFlow, albeit still a young field, has garnered significant interest from both academics and business. Large data centers are the outcome of an enormous volume of data. Large data centers typically have both virtual machines and virtual networks. Software defined network controllers are now a practical way to administer these network as a result. The research that has been done thus far on software define networks and openflow is summarised in this publication. With the use of mininet and the POX controller, Proposed method may be utilised to understand how to build a software-defined topology.
软件定义网络(SDN)与POX控制器的实现
虽然概念上集中式网络控制的想法在整个SDN社区中得到了广泛的接受和理解,但有许多可用于向多个分布式控制器实例提供这种透视图的替代方法。由于控制平面和数据平面是分开的,因此在SDN中重新监管是直接的。网络路由器和交换机所做的就是简单地按照控制平面建立的流表规则转发数据包。OpenFlow是目前最流行的软件定义网络协议/标准,它有一个设计规范列表。SDN/OpenFlow虽然还是一个年轻的领域,但已经引起了学术界和企业界的极大兴趣。大型数据中心是海量数据的产物。大型数据中心通常同时拥有虚拟机和虚拟网络。因此,软件定义的网络控制器现在是管理这些网络的实用方法。本出版物总结了迄今为止在软件定义网络和开放流方面所做的研究。通过使用mininet和POX控制器,可以使用所提出的方法来理解如何构建软件定义的拓扑。
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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