Indirect aiming weapon simulated training guide adjustment control and confrontation assessment method and system

Abstract

The invention discloses an indirect aiming weapon simulated training guide adjustment control and confrontation assessment system. The system comprises indirect aiming weapons distributed in firing positions, indirect aiming weapon simulators arranged in the positions of the indirect aiming weapons, a wireless data network used for transmitting indirect aiming weapon simulator data to a guide adjustment control center, and the guide adjustment control center communicating with the wireless data network. A guide adjustment control and confrontation assessment method includes the following specific steps of firstly, simulated training equipment arrangement, secondly, indirect aiming weapon data transmission, and thirdly, data analysis and attack assessment. By the adoption of the provided indirect aiming weapon simulated training guide adjustment control and confrontation assessment method and system, the monitoring instantaneity of the indirect aiming weapon simulated training process can be improved, the operation training level with the attack accuracy as an assessment index can be improved , and the tactic collaborative capacity among officers and soldiers, the comprehensive application capacity of equipment and the psychological enduring capacity of fight confrontation can be greatly improved.

Description

technical field [0001] The invention relates to an indirect weapon training method and system, in particular to a method and system for indirect weapon simulation training guidance control and confrontation effect evaluation method and system, belonging to the technical field of indirect weapon training equipment. Background technique [0002] An indirect weapon refers to a weapon whose aiming point and target are not in a straight line. The flight trajectory of an indirect weapon projectile is a large arc, basically a parabola; the aiming baseline of the artillery itself is not in a straight line with the target at all, and The gunner can't see the target, it is completely ballistic shooting; ballistic calculation is required, and the angle of muzzle elevation is determined and calculated according to the ballistic of the shell, so that the shell moves in a parabolic manner, so as to hit the target, such as mortars, howitzers, Add howitzers, mortars, and rocket launchers; a...

AI Technical Summary

Problems solved by technology

[0002] An indirect weapon refers to a weapon whose aiming point and target are not in a straight line. The flight trajectory of an indirect weapon projectile is a large arc, basically a parabola; the aiming baseline of the artillery itself is not in a straight line with the target at all, and The gunner can't see the target, it is completely ballistic shooting; ballistic calculation is required, and the angle of muzzle elevation is determined and calculated according to the ballistic of the shell, so that the shell moves in a parabolic manner, so as to hit the target, such as mortars, howitzers, Add howitzers, mortars, and rocket launchers; at present, the operation training of indirect weapons is mainly carried out in two ways, one is to use real shells for live ammunition shooting, so as to cultivate the actual operation ability of soldiers in actual combat scenarios; The method is to use equal-scale or reduced-scale physical models of metal or non-metallic indirect weapons and shells for basic structure learning and operational process training; these two modes have the following shortcomings: physical models based on special materials, and There is a large gap between actual installations, poor fidelity, poor immersion in the training process, and poor training effects; while using actual installations and live ammunition training, the safety risk is high and the cost is high; none of them can well meet the needs of actual soldiers with indirect weapons in actual combat scenarios. Confrontation training; therefore, in the field of indirect weapon simulation training, there is an urgent need for a method that can be applied in actual combat scenarios, monitor the simulation training process of indirect weapons in real time, and quantitatively evaluate the strike effect of indirect weapons and means

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