Monitoring network frequency spectrum panoramic system and monitoring method

Abstract

The invention provides a monitoring network frequency spectrum panoramic system and a monitoring method and relates to a panoramic spectrogram capable of reflecting an occupancy rate and field intensity of an integral VHF / UHF frequency band of a region covered by a designated monitoring actuating station in a designated time range. Moreover, multistage networking monitoring can also be implemented according to actual demands; one or more designated monitoring devices can be remotely controlled, and real-time frequency monitoring is implemented; and configuration management of a plurality of pieces of equipment-spectrum monitoring equipment can be implemented, and working states and communication link states of the monitoring equipment are subjected to dynamic monitoring.

Description

technical field [0001] The invention relates to the radio field, in particular to a monitoring network spectrum panorama system and a monitoring method. Background technique [0002] With the rapid development of global wireless communication technology, the wireless communication industry based on the electromagnetic spectrum continues to develop. It is not only widely used in important industries such as telecommunications, aviation, railways, and media, but also in public safety, major event guarantees, and even national defense construction. Key areas play an important role, which makes the whole society more dependent on radio spectrum resources, and also puts forward higher requirements for the service level provided by radio management departments for party and government agencies, social and economic development, and national defense construction. [0003] The radio frequency spectrum monitoring system is an important system to realize the monitoring and management o...

AI Technical Summary

Problems solved by technology

However, the existing radio spectrum monitoring system faces the challenge of the increasingly complex electromagnetic environment in the air, and it is difficult to accurately understand the electromagnetic situation in the region. It is difficult for the system to provide comprehensive support for the management of various monitoring facilities in the network, the formulation and distribution of monitoring and direction-finding tasks, and the analysis and summary of monitoring and direction-finding data, and it is difficult to monitor the status of various monitoring equipment and communication links in the network. Provide timely and dynamic grasp, which may easily lead to problems such as inaccurate direction finding and positioning, large deviation of analysis and processing results, etc.

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