Novel approach to secure channel using C-SCAN and microcontroller in openflow

S. Veeramani, B. Rout, S. Mahammad
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引用次数: 1

Abstract

Openflow is a openly managed platform to future internet. Various approaches are given to widely implement this. The main concept of openflow is transferring the data packet in minimum path and cost which completely depends upon the controller-switch connection. Various issues were observed relating to the security in hierarchical model and the description about the connection (controller-switch) is not so brief. This paper have described briefly about the connection (controller-switch) connection failure and the failure handling idea using some algorithm. The main purpose of the paper is how to deal with the packet blocking situation in the network. The secure channel is blocked in several situation like simultaneous approach from multiple switches creates overloading, due to pyswitch approach flooding of data packets, due to address resolution protocol flooding of data packets and blocking the secure channel. This paper focuses in the application of the microcontroller in the network to deal with the secure channel issues and provide the cost effective solution and also share the work of controller to overcome the time complexity.
在openflow中使用C-SCAN和微控制器实现通道安全的新方法
Openflow是面向未来互联网的开放管理平台。本文给出了广泛实现这一目标的各种方法。openflow的主要思想是以最小的路径和代价传输数据包,这完全取决于控制器与交换机的连接。在层次模型中观察到与安全相关的各种问题,并且对连接(控制器-开关)的描述不那么简短。本文简要介绍了控制器与开关的连接故障以及使用一些算法处理故障的思路。本文的主要目的是研究如何处理网络中的数据包阻塞情况。安全通道在几种情况下被阻塞,如来自多个交换机的同时接近造成过载,由于交换机方法的数据包泛滥,由于地址解析协议的数据包泛滥和阻塞安全通道。本文重点研究了单片机在网络中的应用,以解决安全通道问题,并提供了经济有效的解决方案,同时也分担了控制器的工作,克服了时间的复杂性。
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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