Abstract This paper proposes an architecture design of intelligent electric power business hall based on 5G + edge computing technology, whi
Abstract This paper proposes an architecture design of intelligent electric power business hall based on 5G + edge computing technology, which includes three layers: business layer, platform layer and network layer, and realizes intelligent service, management and operation and maintenance of electric power business hall. This paper proposes a heterogeneous node deployment algorithm based on regional density, which divides the network regionally by raster and heterogeneous node communication range, and determines the optimal location of heterogeneous nodes by regional density, realizing the reasonable allocation and utilization of network resources. This paper also proposes an edge scheduling algorithm based on game theory, which enables each edge device to choose the optimal data processing task according to its own utility function through a non-cooperative game model, realizing the optimization of the efficacy and accuracy of data processing. The experimental results show that the intelligent monitoring system of the electric power business hall performs well in the aspects of passenger flow statistics, service evaluation and security warning, and at the same time has good system performance, providing powerful technical support for the operation and management of the business hall. This research not only realizes advanced intelligent monitoring functions, but also provides new perspectives on the application of 5G and edge computing in the field of security monitoring theoretically. At the practical level, the results of this research help to improve the security and efficiency of business office environments.
