文章针对现代网络中不断增长的流量和复杂的网络拓扑结构,提出了一种新型的基于SDN的网络流量优化算法.通过引入SDN控制器对网络流量进行智能调度和管理,旨在最大化链路带宽利用率、最小化拥塞程度并优化数据流的传输延迟.在实验部分,使用Mininet实验拓扑集作为仿真环境,并对算法进行了验证和性能评估.结果表明,优化算法显著提高了网络带宽利用率,降低了拥塞程度,同时有效减少了传输延迟,证明了该算法的有效性和优越性.
This research proposes a novel SDN-based network traffic optimization algorithm in response to the increasing traffic and complex network topologies in modern networks.By introducing SDN controllers for intelligent scheduling and management of network traffic,this study aims to maximize link bandwidth utilization,minimize congestion,and optimize data transmission delay.In the experimental part,we use the Mininet experimental topology set as the simulation environment to validate and evaluate the proposed algorithm.The experimental results demonstrate that the optimization algorithm significantly improves network bandwidth utilization,reduces congestion,and effectively decreases transmission delay,verifying its effectiveness and superiority.