Intelligent Monitoring System of Access Equipment in Dispatching Exchange Network Based on Multi-layer Immune Model

Abstract

To visualize the soft switch traffic and traffic flow of the whole network scheduling, it is necessary to monitor the scheduling of the switching network intelligently. The original system uses fixed-point mode to monitor devices, which can not anchor multiple groups of access devices simultaneously, resulting in errors in monitoring results. In the hardware design of the system, a multilayer immune model is used to establish a three-level visualization partition, and a monitoring system framework for access devices is constructed. In the software design, the detection module, the prompt module, and the automatic decoding module are set up, respectively, and the monitoring process of the dispatching switching network is configured. The access equipment of the dispatching exchange network is intelligently monitored and controlled by an immune model with a three-layer structure. The experimental results show that the data obtained by this system is consistent with the real data and has an application effect by taking the communication data of power dispatching in a provincial power system as the test object and monitoring the communication data of multiple links in a year.