Optimization Algorithm of Transmission Delay in Power Network Based on Spatio-temporal Data Compression

Conventional power network transmission delay optimization algorithm mainly uses RTT substream congestion window to adjust the network throughput, which is easily affected by the dynamic distribution characteristics of transmission cost function, resulting in poor performance of power network transmission algorithm. Therefore, it is necessary to design a new power network transmission delay optimization algorithm based on spatio-temporal data compression. That is, the scheduling delay information of power network is divided, and the transmission delay optimization model of power network is constructed by using spatio-temporal data compression, thus the transmission delay optimization algorithm of power network is generated. The experimental results show that the designed optimization algorithm of spatio-temporal data compression delay in power network transmission has good performance, reliability and certain application value, and has made certain contributions to improving the transmission performance of power network.