Laser guidance missile changing laser energy simulation method for unmanned aerial vehicle and system

Abstract

The invention discloses a laser guidance missile changing laser energy simulation method for unmanned aerial vehicles and system. The method comprises: (1) calculating laser energy at different distances by using a laser guidance head detector according to an aerial hanging flight test or a ground running test or a target flight test of a laser guidance missile laser guidance head of the unmannedaerial vehicle to draw a laser energy-distance curve; (2) determining the laser energy value received by the laser guidance head detector at the current moment according to the target relative position relation resolved in real time in a simulation process in combination with the laser energy-distance curve; and (3) sending a laser to the laser guidance head detector in a laser direct mode at thesimulation process, so that the laser energy value received by the laser guidance head detector at the current moment is consistent with the laser energy value determined at the corresponding moment in (2). According to the laser guidance missile changing laser energy simulation method for the unmanned aerial vehicles and the system, the flight process of the missile in the air is simulated more completely, thereby improving the efficiency and the accuracy of a semi-physical simulation system.

Description

technical field [0001] The invention relates to a simulation method for variable laser energy used in unmanned aerial vehicle laser guided missiles. The laser target signal simulator is designed so that the energy can gradually increase according to the distance from the target. The flight process improves the efficiency and accuracy of the semi-physical simulation system. Background technique [0002] At present, laser semi-active guidance is widely used for missiles mounted on integrated UAVs. Due to the good monochromaticity of laser and small beam spread angle, it is difficult for the enemy to effectively interfere with the guidance system, and the irradiation accuracy is generally within 1 meter. , so laser-guided weapons attacking fixed or moving targets have advantages that other guidance methods cannot match. [0003] There are two ways to launch laser-guided missiles from the surveillance-strike integrated UAV: [0004] The first working mode is the target locking...

AI Technical Summary

Problems solved by technology

[0007] However, the laser target signal simulator in the semi-physical simulation system in the past often used a fixed-energy laser, which resulted in the signal collected by the laser seeker being an ideal signal, and it was impossible to truly simulate the missile from far to near to the seeker capture when it hits the target. The change of laser energy cannot verify the impact of the seeker signal fluctuations and blind range caused by the rapid change of laser energy in this process on the missile control system

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