A Fast Specific Aircraft Target Recognition Method Based on Satellite-Ground Integration

Abstract

The present invention relates to a satellite-ground integration-based rapid specific aircraft target recognition method in the field of satellite-to-specific aircraft target recognition, an aircraft target recognition method that combines satellite target recognition and ground target recognition, including step A: the ground system utilizes long-term accumulation The ADS-B information of ADS-B information is demand-oriented, and the ranking of the importance of troubleshooting conditions is established; B: Enter ADS-B information, and generate a black and white list according to the black and white list generation process; C: Send the updated black and white list of aircraft targets through the remote channel to Satellite, the satellite screens the ADS-B information received in real time, and distributes the results to the user in real time; D: Send the undeterminable ADS-B information received by the satellite to the ground system, using the black and white list generation process, Supplementary black and white list. The invention solves the problem of satellite selecting specific aircraft targets, and improves the discovery rate and accuracy rate of satellites for various specific aircraft targets.

Description

technical field [0001] The invention relates to the recognition of specific aircraft targets by satellites, in particular to a method of selecting and classifying aircraft targets by using historical and real-time ADS-B information, and also relates to satellite-ground integrated coordination. Background technique [0002] Automatic Dependent Surveillance-Broadcast (ADS-B) technology is a cooperative surveillance-related system that uses airborne ADS-B equipment to broadcast aircraft position information and other parameters. ADS-B is the latest passive acquisition technology of flight data. The full name of ADS-B is Automatic Dependant Surveillance-Broadcast, that is, Automatic Dependent Surveillance-Broadcast. ADS-B includes a series of standard protocols and a series of equipment components. These devices include a set of airborne devices for acquisition and calculation of flight data, such as GNSS (Global Navigation Satellite System, Global Navigation Satellite System)...

AI Technical Summary

Problems solved by technology

[0004] 1. We cannot analyze and summarize the flight data of the aircraft, and display the important information of the aircraft intuitively, presenting it to the pilots and the staff of the ground supervision station, so that they can understand the flight status of the aircraft in real time and communicate. In order to make corresponding instructions to the aircraft flight and the aircraft to make relevant responses, making the flight process safer

[0005] 2. There is a large amount of flight data of the aircraft, and this information is extremely important. We cannot classify and store it, so that the staff of the ground monitoring station can process the current flight data of the current aircraft and the later stage according to their own needs. and operation

However, this invention cannot solve the problem of satellite selection of specific aircraft targets, and improve the discovery rate and accuracy of satellites for various specific aircraft targets.

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