Verifications of Simulation based Reconfiguration Methods for Industrial 5G Wireless Channel

this paper focuses on the application field of 5G industry, analyzes and extracts the electromagnetic environment of 5G frequency band in industrial scenarios, and achieves laboratory restoration through integration with channel simulators, which is applied to the testing and verification process of 5G terminals in the industry. This paper focuses on the method validation of terminal and network equipment testing technology for loading electromagnetic interference in the 5G frequency band of industrial scenarios. Key parameters of factory environment and interference are extracted through simulation calculation, and integrated with the 5G testing system to achieve a fusion method of simulation calculation and channel modeling. The accuracy of the fusion method was verified by comparing it with actual on-site test data. Based on the research results of this project, it is possible to restore the industrial site environment in the laboratory, which can be used for 5G terminals in the industry. This can effectively improve the extraction efficiency of the industrial site environment and enhance the flexibility of testing configuration, which has a positive significance for forming distinctive testing capabilities in the 5G application field.