Research on Dynamic Load Balancing of Data Center Network Based on SDN Architecture

Shuanglong Pang, Xiaodan Chen, Desheng Zeng
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引用次数: 2

Abstract

With the continuous expansion of the Internet scale, the traditional network load balancing method combining software and hardware has some problems, such as poor scalability, cumbersome switching technology and poor self-regulation ability. At present, under various cloud service requirements, the data center network serves as a bridge connecting thousands of server clusters in each data center, and each node in the network may face huge traffic. The appearance of SDN(Software Definition Network) technology provides a new way to solve the current data center traffic problem. In SDN system, SDN control plane can monitor and manage the network status of all links in real time from a global perspective, so as to achieve the effect of allocating network resources according to needs. By analyzing the advantages of SDN, this paper implements a data center network load balancing strategy based on SDN architecture. The strategy uses SDN controller to centrally monitor the whole network, and can select forwarding paths based on the real-time load of the network, thus realizing the load balance of the network and improving the bandwidth utilization of the whole network link.
基于SDN架构的数据中心网络动态负载均衡研究
随着互联网规模的不断扩大,传统的软硬件结合的网络负载均衡方式存在可扩展性差、交换技术繁琐、自我调节能力差等问题。目前,在各种云服务需求下,数据中心网络作为连接每个数据中心数千个服务器集群的桥梁,网络中的每个节点都可能面临巨大的流量。软件定义网络(SDN)技术的出现为解决当前数据中心的流量问题提供了一种新的途径。在SDN系统中,SDN控制平面可以从全局角度实时监控和管理各链路的网络状态,从而达到按需分配网络资源的效果。通过分析SDN的优势,本文实现了一种基于SDN架构的数据中心网络负载均衡策略。该策略利用SDN控制器对全网进行集中监控,并可以根据网络的实时负载选择转发路径,从而实现网络的负载均衡,提高全网链路的带宽利用率。
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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