Design of 5G private network quality monitoring System based on edge computing
Zheng Wang, Xiaoni Wang · 2023
In order to ensure the continuous, secure, and reliable network connection and coverage of the private network environment, the quality assurance requirements of different network states in different 5G private network scenarios are addressed. This paper proposes a 5G private network quality monitoring system based on edge computing. By connecting the 5G acquisition module to the private network environment, the system uses edge computing technology to carry out preliminary cleaning, integration, encryption and other processing of the collected data, unload the computing tasks originally needed to be carried out in the cloud to the terminal, and realize data transmission between the terminal and the big data cloud platform based on MQTT protocol. Finally, the system provides real-time monitoring of the private network environment through visual display on the front-end interface. The experimental results show that the system remains stable after pressure testing and has good reliability, which can provide real-time security protection and traceability basis for the private network environment.