An intelligent firing decision method for anti-tank missile unit

Abstract

The invention relates to the technical field of modeling and simulation, and provides an intelligent shooting decision method of an anti-tank missile detachment, which comprises the following steps of: receiving enemy situation information and determining the target to be shot, judging whether the shooting condition is satisfied, sorting the target to be shot, selecting the missile species, determining the total missile launching amount, and determining the shooting unit and the amount of the missile to be used. The invention is applicable to the decision-making modeling of the autonomous firing of the anti-tank missile unit in the man is not in the loop combat simulation, which basically conforms to the general operational principles and procedurings of the anti-tank missile detachment, with high simulation confidence, which can effectively compensate for the inadequacy of combat scenarios in which the combat mission of the combat entity can only be set according to the combat determination of the belligerent at certain critical times, It does not need to plan the firing action of the anti-tank missile unit in advance in the whole combat process, which reduces the difficulty of drafting the combat scenario, is simple in calculation and easy to realize by programming, and has a good application prospect in the combat simulation of man is not in the loop, especially in the large-scale combat simulation.

Description

Technical field [0001] The invention relates to the technical field of modeling and simulation, in particular to an intelligent shooting decision-making method for an anti-tank missile unit. Background technique [0002] Combat simulation is the technology, method, and activity that simulates and analyzes the combat environment and combat process in accordance with known or assumed conditions. With the rapid improvement of computer technology, combat simulation has become an effective method for testing combat plans, evaluating the effectiveness of weaponry and equipment, and studying new combat theories. For most combat simulations, especially large-scale combat simulations, the process of combat simulation is relatively long and often requires repeated operations to obtain statistical results. Therefore, the simulation mode of "people out of the loop" is generally adopted. The disadvantage of this model is that the actions of each combat unit entity in the simulation system re...

AI Technical Summary

Problems solved by technology

The disadvantage of this mode is that the actions of each combat unit entity in the simulation system are too dependent on the combat scenario input in advance, and various behavior models are called strictly according to the scenario plan, which is obviously different from the actual combat

Images