Intelligent aircraft based on flight state perception and flight method

Abstract

The invention discloses an intelligent aircraft based on flight state perception and a flight method. An atmospheric parameter measuring device, a target position measuring device, a flight attitude measuring device and a streaming condition measuring device are distributed on the surface of the aircraft. The target position measuring device adopts an infrared radar or a visual sensor. The environment where the aircraft is located is autonomously sensed through sensors arranged at all positions of the aircraft body, and parameters such as target parameters, atmospheric parameters, flight attitudes and streaming states are comprehensively obtained. The change of the pressure or other flow parameters of the surface of the aircraft is obtained, and the real-time monitoring of the surface flowstate of the aircraft is realized. The stress condition of the aircraft is obtained according to the surface flow state information, and the motion trend of the aircraft is judged in advance according to the stress condition. According to the intelligent aircraft based on flight state perception and the flight method, the environment where the aircraft is located can be autonomously perceived, the current state is considered and decisions are made according to the thinking result.

Description

technical field [0001] The invention belongs to the technical field of artificial intelligence aircraft design, in particular to an intelligent aircraft and a flight method based on flight state perception. Background technique [0002] In the field of modern aerospace, artificial intelligence is gradually expanding its scope of application. The bee colony structure represented by multi-axis, the aircraft as the node, and the network communication and vision technology are the mainstays. This is a typical artificial intelligence robot, and it is also the mainstream representative of the current artificial intelligence aircraft. This kind of intelligent aircraft is characterized by diversified functions and distributed grid nodes. Through different modular function combinations and with the help of information and communication systems, the acquired information can be transmitted and analyzed in real time, so as to achieve the set goals. It plays the role of a key node in th...

AI Technical Summary

Problems solved by technology

Once the airflow conditions exceed the predetermined flight envelope (limits include: flight altitude, speed, Mach number, engine performance, overload, etc.), it is easy to cause the UAV to lose control and crash

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