An autonomous firing decision modeling method for artillery battalion

Abstract

The invention relates to the field of modeling and simulation, This paper presents an artillery battalion autonomous firing decision-making method suitable for 'man is not in the loop' combat simulation, The method comprises the following steps: judging enemy situation information, judging shooting force, sorting targets to be shot, determining shooting task, determining damage index, determiningpermissible shooting duration, sorting bomb types, determining shooting force and shooting ammunition (including type and quantity), determining shooting speed, issuing shooting order, etc. The invention has the advantages that the technical proposal is adopted, the invention is a military concept simulation field, basically conforms to the general operational use principle and flow of the artillery battalion, the adopted decision method is simple in calculation and easy to realize, and has good application prospect in the operational simulation, especially in the large-scale operational simulation.

Description

technical field [0001] The invention relates to the field of modeling and simulation, in particular to an artillery battalion autonomous shooting decision-making modeling method suitable for "people are not in the ring" combat simulation. Background technique [0002] Combat simulation is the technology, method and activity of simulating and analyzing the combat environment and combat process according to known or assumed situations. With the rapid improvement of computer technology, combat simulation has become an effective means of testing combat plans, evaluating the effectiveness of weapons and equipment, and researching new combat theories. For most combat simulations, especially large-scale combat simulations, the combat simulation process is long and often needs to be repeated many times in order to obtain statistical results, so the simulation mode of "people are not in the ring" is generally used. The disadvantage of this mode is that the actions of each combat uni...

AI Technical Summary

Problems solved by technology

Due to the uncontrollability of the combat simulation process and the randomness of the development of the battlefield situation, it is difficult to plan the firing actions of the artillery battalion during the entire combat process in the combat scenario, so it can only be based on the combat determination of the warring parties. task, other time periods need to rely on the simulation model to independently decide the shooting plan

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