Design of Digital Simulation Monitoring System for High-Voltage Power Transmission Lines with Ad-hoc MAC Access

To realize the digital simulation monitoring for high-voltage transmission lines, a transmission line monitoring system based on the Media Access Control (MAC) mode of a wireless Ad-hoc network is studied. We analyze the transmission services of transmission lines comprehensively and adopt the Linear Hybrid Time Division Multiple Access (LHTDMA) hybrid access mode with logic integration and services to improve the resource utilization efficiency of the algorithm. In the optimization process of the routing algorithm, the optimization scheme based on deep Q-learning is selected to enhance the system life cycle and reduce the system delay. The algorithm of this study is verified by experiments. The experimental results confirm that the LHTDMA hybrid access method has higher data throughput and lower delay effect. Compared with other routing algorithms, under the same conditions, the time cost of this algorithm is lower than other comparison algorithms. As the size of the transfer file gradually increases, the advantages of this algorithm are more obvious for its more accurate iterative output results, which proves its superiority.