摘要
随着校园信息化建设的发展,校园网应用的数量和规模快速增加,从而导致了校园网出口链路带宽需求的日益紧张。为解决此问题,在对传统的广域网传输层协议TCP研究的基础上,重新定义和设计了TCP协议的丢包判断和预测方法,上下行链路带宽侦测方法,以及远端发送模式的智能引导方法,形成了针对校园应用的单边加速模型。最后,通过对比实验证明,该模型能够大大提高校园广域网应用的带宽利用率,起到网络加速的作用。
With the development of information technology on campus, the number of the campus network applications increases rapidly, this leads to an increasingly tense campus network link bandwidth requirements. To solve this problem, this article on traditional WAN TCP transport layer protocol based on the study, designed to redefine and loss of judgment and prediction methods TCP protocol, the uplink and downlink bandwidth detection methods, and remote transmission mode smart boot method, accelerating the formation of a model for the application of unilateral campus. Finally, by comparing the experimental results show that the model can greatly improve the bandwidth utilization of the campus WAN applications.
出处
《信息技术》
2015年第2期160-164,共5页
Information Technology
关键词
TCP协议
单边加速
模型
网络
TCP protocol
unilateral acceleratio
model
network
