Method for converting unmanned aerial vehicle operation data into air traffic control monitoring information format

Abstract

The invention discloses a method for converting unmanned aerial vehicle operation data into an air traffic control monitoring information format and belongs to the field of computer technology application to monitor data processing and transmission in an unmanned aerial vehicle cloud system and an air traffic control automatic system. The method is mainly used for solving the problem that an existing air traffic control automatic system cannot directly receive and process the unmanned aerial vehicle operation data output by the unmanned aerial vehicle cloud system. The main thinking of the method comprises the steps of carrying out operations such as sorting and coordinate system conversion and data sorting and filling on the received unmanned aerial vehicle operation data; and converting the unmanned aerial vehicle operation data into data of single radar target message or ADS-B target message and monitoring data processing system track message transmission and exchange data formats in European standard Asterix. After the data is converted, the data can be directly transmitted to the ATC system. The data can be directly processed by the existing ATC system without upgrading or modification. A low altitude monitoring dead zone in the current ATC system is compensated. The method has very high economic benefit and social effect. The method can be widely applied to the ATC system and the unmanned aerial vehicle cloud system and has wide application prospect.

Description

technical field [0001] This method is a kind of data processing and data conversion of UAV operation data (including data such as operation information, position, height and speed) into single radar target report in European standard Asterix format or ADS-B target report and other air traffic control monitoring information formats. transfer method. It belongs to the computer technology application field of receiving, processing and transmitting the operation data of the UAV in the UAV cloud system or the air traffic control automation system. Background technique [0002] An unmanned aerial vehicle (UAV), also known as an unmanned aerial vehicle, is an aircraft that flies autonomously or is managed remotely by a control station. UAV operation data mainly includes data such as operation information, location, height and speed, among which operation information mainly includes UAV ID, UAV operator information (affiliation company, etc.) Human-machines are generally positione...

AI Technical Summary

Problems solved by technology

[0004] However, drones that mainly fly at low and ultra-low altitudes are generally not equipped with secondary surveillance radar (SSR) transponders or ADS-B airborne equipment, and mainly use satellite navigation systems such as global satellite navigation (GPS) or Beidou (BD2) For positioning, the UAV operation data obtained by the UAV cloud system cannot be directly received and processed by the existing ATC system, and must be equipped with a dedicated independent UAV monitoring system

Therefore, such "low altitude, small and slow" targets have become the monitoring "blind spot" of the existing domestic ATC system, which is a major hidden danger in the current air safety. In order to strengthen monitoring and ensure air order, the ATC system must be solved technically. The problem of accessing drone operation data

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