Fire scene perception actual combat command platform system based on Beidou

Abstract

The invention relates to a fire scene perception actual combat command platform system based on Beidou. The fire scene perception actual combat command platform system comprises a Beidou satellite navigation system, a data collecting system, a communication system, a mobile front-line command vehicle and a background command center, wherein the data collecting system is used for collecting fire scene information in real time, the Beidou satellite navigation system consists of a space station, a ground station and a Beidou user terminal, the data collecting system is respectively in two-way communication with the mobile front-line command vehicle and the background command center through the communication system, and the mobile front-line command vehicle is in two-way communication with the background command center. The fire scene perception actual combat command platform system has the advantages that fire information is obtained in real time through a front end, and the perception on various kinds of information including positions, audio frequency and videos of a fire scene front line is realized; the fusion communication of various protocols and various media including wireless public networks, Beidou communication, microwave communication, cluster networks and the like is effectively integrated, various kinds of information and data of a fire scene are transmitted to each fire scene information terminal such as the background command center and the mobile front-line command vehicle, and the platform system of managing, commanding and dispatching all resource information in a unified way is realized.

Description

technical field [0001] The invention relates to the technical field of multi-network fusion communication, in particular to a Beidou-based fire field perception actual combat command platform system. Background technique [0002] Forest fires are characterized by accident, suddenness, and emergency, and the information of the fire scene changes rapidly, so the construction of its command system is very difficult. Mainly reflected in: 1. There is a lack of technical means to know the fire situation, and a large amount of fire and fire-related information cannot be obtained. The system becomes passive water and lacks timeliness; It can be deployed in the command center. In the actual combat environment, the frontline team that needs information support has no application system to use; 3. The system is scattered and creates data islands. At present, the video surveillance and geographic information systems that are currently invested heavily are due to communication and data f...

AI Technical Summary

Problems solved by technology

Mainly reflected in: 1. There is a lack of technical means to know the fire situation, and a large amount of fire and fire-related information cannot be obtained. The system becomes passive water and lacks timeliness; It can be deployed in the command center. In the actual combat environment, the frontline team that needs information support has no application system to use; 3. The system is scattered and creates data islands. At present, the video surveillance and geographic information systems that are currently invested heavily are due to communication and data formats. Not unified, sharing and sharing cannot be formed, and the respective systems are completely isolated. In the ever-changing fire scene, too many information systems make the operators in a hurry and cannot adapt; 4. The communication gap formed by the high mountains and dense forests makes it impossible to upload the situation of the fire scene and dispatching instructions Issued, information command is out of the question

It is the above-mentioned bottleneck that makes a large number of command systems become "zombie systems" and "vase systems" that have no practical significance

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