Unmanned aerial vehicle flight behavior analysis method based on blockchain technology and encryption system

Abstract

The invention discloses an unmanned aerial vehicle flight behavior analysis method and encryption system based on a blockchain technology in the technical field of the unmanned aerial vehicle industry, and the method comprises the following steps: 1, building a blockchain system environment, and building a public chain, an alliance chain and a private chain according to the actual demands of a system; and 2, carrying out data intercommunication and front-end interface display on the blockchain system and the corresponding unmanned aerial vehicle integrated management system through an API interface. The method is mainly used for solving an abnormal phenomenon occurring in the individual flight behavior of the unmanned aerial vehicle and providing an auxiliary decision judgment result. Theunmanned aerial vehicle integrated management system can accurately manage and control the unmanned aerial vehicle in real time under the condition that modules of the unmanned aerial vehicle work normally and communication is not hindered, but the inevitable condition is that the unmanned aerial vehicle flies abnormally due to instability of equipment of the unmanned aerial vehicle or external communication interference.

Description

technical field [0001] The invention relates to the technical field of the unmanned aerial vehicle industry, specifically an analysis method and an encryption system for unmanned aerial vehicle flight behavior based on block chain technology. Background technique [0002] With the widening application of UAVs in various industries, the government and public security departments are paying more and more attention to the safety of low-altitude areas, and there is a need to have a basis for judging the compliance, rationality and scientificity of UAV flight behavior As data management support. The flight behavior of UAVs distinguishes two situations, one is manual flight, and the other is automatic flight based on satellite navigation information or inertia. These two kinds of flight behaviors have certain uncertain factors, namely: the flight out of control caused by the failure of the UAV itself or the abnormal external communication environment. Such flight out of control e...

AI Technical Summary

Problems solved by technology

[0005]The purpose of the present invention is to provide an analysis method and an encryption system for UAV flight behavior based on block chain technology, so as to solve the existing unmanned Human-machine integrated management platform, on the one hand, the data source is usually only a few UAV manufacturers, and it is impossible to cover all UAVs. Latitude and longitude, altitude, speed, acceleration, flight attitude, etc., in the case of accurate return data, can ensure that the behavior of the drone is controllable, but the uncontrollable factor of the behavior of the drone is the hardware module of the drone itself Instability, in the case of equipment failure, the returned data cannot be used as a scientific reference

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