文章针对现代通信网络中的传输效率和能耗管理问题,提出一种基于同步数字体系(Synchronous Digital Hierarchy,SDH)技术的通信网络设计方案.通过分析网络传输需求,构建SDH通信网络性能指标体系,并引入传输性能改善指数作为通信需求标准.结合SDH技术和链路状态协议,对网络通信链路进行建模,并采用动态地址分配协议实现动态节点配置和优化路由选择.实验结果表明,文章方法在节点能耗和传输时延方面均表现出显著优势,能够有效提升通信网络的整体性能.
Research on the Design and Optimization of Next Generation Communication Network Based on SDH Technology
The article proposes a communication network design scheme based on Synchronous Digital Hierarchy(SDH)technology to address the issues of transmission efficiency and energy management in modern communication networks.By analyzing the network transmission requirements,constructing an SDH communication network performance index system,and introducing the transmission performance improvement index as the communication requirement standard.Combining SDH technology and link state protocol,model the network communication link and use dynamic address allocation protocol to achieve dynamic node configuration and optimize routing selection.The experimental results show that the proposed method exhibits significant advantages in node energy consumption and transmission delay,and can effectively improve the overall performance of communication networks.
Synchronous Digital Hierarchy(SDH)technologycommunication networktransmission performancelink state protocoldynamic address allocation protocol
万方数据
维普
