A Secure Switch Migration Scheduling based on Prediction for Load Balancing in SDN

Rawaa Al-quraan, A. Alma'aitah
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引用次数: 3

Abstract

The control plane of Software Defined Networking (SDN) Featured in the distributed architecture to achieve the scalability, thus the load is divided between the controllers. each controller must have the appropriate load. so, the control plane needs an accurate and beneficial design to meet the load balancing between the controllers. Thus, the switch migration is the most proposed solution for load balancing in SDN. Most of the proposed algorithms are implemented to produce efficient switch migration. In this paper, we propose a secure switch migration scheduling algorithm to enhance the load balancing and achieve the security between the switch and the destination controller. Our algorithm uses an ARIMA prediction approach to predict the load of the controllers and then according to the prediction, the switch migration operation is performed. It reduces the load for the controller which has a very large load by offloading it quickly and it makes the open-flow switch distinguishes if the destination controller is malicious or not. The results show that our algorithm enhances the load balancing compared to [10] and it confirms the security between the switch and the destination controller.
基于SDN负载均衡预测的安全交换机迁移调度
软件定义网络(SDN)的控制平面采用分布式架构,实现可扩展性,从而在控制器之间分配负载。每个控制器必须有适当的负载。因此,控制平面需要精确而有益的设计,以满足控制器之间的负载均衡。因此,交换机迁移是SDN中最常用的负载均衡解决方案。大多数提出的算法都是为了实现高效的交换机迁移。本文提出了一种安全交换机迁移调度算法,以增强交换机与目标控制器之间的负载均衡,实现交换机与目标控制器之间的安全性。该算法采用ARIMA预测方法对控制器的负荷进行预测,并根据预测结果进行开关迁移操作。它通过快速卸载负载来减轻负载非常大的控制器的负载,并使开流开关能够区分目标控制器是否恶意。结果表明,与[10]相比,我们的算法增强了负载均衡,并且确认了交换机与目标控制器之间的安全性。
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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