Aircraft gun empty target design parameter intelligent distinguishing method and system

Abstract

The invention discloses an aircraft gun empty target design parameter intelligent distinguishing method. The method comprises the steps that emission moment task system parameters and an aircraft-loaded video are obtained through aircraft-loaded video and task data recording equipment; different video forms are compatible and an image sequence before and after the emission is extracted through a DirectX system; the continuous shooting parameter is calculated for a shooting image sequence through an intelligent empty target extraction parameter distinguishing and reading algorithm based on the image understanding technology; the parameter distinguishing and reading result is given out in the form of characters, forms, curves and videos. The aircraft gun empty target design parameter intelligent distinguishing method can automatically calculate the empty target shooting parameters under the condition that user operation is completely not needed. In addition, the aircraft gun empty design parameter intelligent distinguishing method and system can accelerate the distinguishing and reading speed, improve the objectiveness of distinguishing and reading, and eliminate the error and uncertainty brought by manual distinguishing and reading.

Description

Technical field [0001] The invention belongs to the field of computer information technology, and in particular relates to a method and system for intelligently discriminating the design parameters of an aerial gun air target. Background technique [0002] Aviation cannon (hereinafter referred to as aircraft cannon) is a non-control weapon equipped on combat aircraft. It is mainly used to attack short-range visual targets. Although modern air combat uses more than visual range attack and guided weapons, aircraft cannons are still An important aviation firepower, there are three main reasons: one is that once the launch condition is not constituted beyond the visual range, the aerial cannon is indispensable when entering a close range attack; the second is that the aerial cannon can still be used when the guided weapons are exhausted Unguided attack; third, when friendly forces are engaged in close combat with enemy forces or when ground fire is urgently needed, aerial artillery i...

AI Technical Summary

Problems solved by technology

[0011] The purpose of the embodiment of the present invention is to provide an intelligent identification method and system for the design parameters of the aerial gun target, aiming at solving the problem that the existing method for interpreting the shooting parameters of the aerial gun target has a great influence on the interpretation result due to the slow interpretation speed and the The problem of low accuracy and large influence of human factors

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