面向宽频测量系统的数据通信网络优化技术研究OA

Against the backdrop of broadband measurement systems being widely used in power monitoring and control systems,the significant increase in data traffic has raised higher requirements for power data communication networks.On this basis,this paper designed a comprehensive communication network optimization framework based on communication data transmission strategy and communication protocol.On the basis of the existing structure of the power communication network,this paper analyzes the impact of data traffic growth on network performance,and adopts efficient data encoding and compression techniques to reduce data transmission delay and improve data throughput.In addition,by combining with network function virtualization technology,this paper achieves flexible deployment of dynamic resources and network functions,and enhances the network reliability and flexibility by adjusting the layout of network nodes.The experiments show that the proposed optimization strategy can effectively improve the data transmission capacity of the power communication network,with a data transmission delay of only 0.78 ms and a data throughput of 149.9 Mb/s.It not only meets the high data traffic requirements of broadband measurement,but also provides effective communication support for the stable operation and efficient management of the power system.