Adaptive optimal butt joint trajectory tracking flying control method for air refueling receiving machine

Abstract

The invention relates to an adaptive optimal butt joint trajectory tracking flying control method for an air refueling receiving machine. The method comprises a receiver model calculation module, an uncertainty interference neural network identifier module, a tracking trajectory generation module, a state estimation module, an adaptive updating law module, an adaptive control law module and an optimal control law module and further comprises a signal acquisition sensor, an arithmetic unit for calculation and a storage. A projection operator performs adaptive updating and estimation on control parameters of an adaptive system, adaptive updating and estimation are performed on parameters of an adaptive control algorithm at the next moment, and accordingly, zero generalized errors and accurate butt joint of the receiver and a refueling tapered sleeve are achieved.

Description

technical field [0001] The invention relates to the technical field of aircraft flight control, in particular to a flight control method for adaptive optimal docking trajectory tracking of an air tanker and a receiver aircraft. Background technique [0002] Aerial refueling technology can be summed up as a flight technology in which one aircraft refuels another or several aircraft in the air to increase the endurance time and flight range. Under the offensive and defensive requirements of large areas in modern air combat, aerial refueling technology can greatly increase the combat capability of participating combat aircraft, and has gradually become an important development direction for countries to increase national defense military forces such as unmanned aerial vehicles, reconnaissance aircraft, and fighter jets and modern military aircraft. one of the basic functions. At present, due to its outstanding advantages and important military value, aerial refueling technolog...

AI Technical Summary

Problems solved by technology

Since it is difficult to establish an accurate oil receiving machine model, it is urgent to improve the anti-interference ability, dynamic performance and robust performance of the oil receiving machine control system, and improve the rapid self-adaptive ability of the oil receiving machine control system, so that the oil receiving machine can While stably tracking the docking guidance law, it can achieve the desired transient response, and ensure the performance of the closed-loop system and meet the stability requirements

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