Method for assigning collective fire of combined teams

Abstract

Provided is a method for assigning collective fire of combined teams. The method comprises a step 1 of enabling a weapon-identifying sensor to acquire required data information; a step 2 of establishing an upper objective function with the intention that enemy targets have the smallest overall threat to a home side; a step 3 of establishing a lower objective function with the intention that the enemy targets have the lowest battlefield survival value; a step 4 of performing cross iteration on the upper objective function and the lower objective function by using a double artificial bee colony algorithm in order to obtain an optimal solution of collective fire distribution; and a step 5 of assigning the enemy targets to each weapon platform of the home side according to the optimal solution in order to achieve fire attack. A collective fire assigning scheme acquired through the double artificial bee colony algorithm achieves effective cooperation between a main attack force and a secondary attack force so as to increase an overall fire attack effect, reduce the overall threat of enemy targets to home side, and increase the overall battle effect of the home side.

Description

technical field [0001] The invention relates to the technical field of firepower allocation optimization, in particular to a method for synergistic firepower allocation of synthetic units. Background technique [0002] Synthetic unit is the main form of combat force for local combat of ground forces under the condition of informationization. Offensive combat is usually carried out in formation attacks: forward attack team, deep attack team, interspersed roundabout attack team, etc. Effective coordination between different combat forces is required to improve the overall firepower strike capability, achieve the best strike effect on the target, and reduce our losses at the same time. In particular, the assault units at the forefront of the battle can directly and effectively strike the target, but the threat on the battlefield is also relatively large. Only when the strike effect is good and the threat is small can these two indicators prove the scientific nature of the fire...

AI Technical Summary

Problems solved by technology

[0003] The present invention designs and develops a method for synergistic firepower allocation of synthetic units, with the purpose of solving the defect of poor firepower allocation in coordinated operations, minimizing the overall threat of enemy targets to our side and minimizing the survival of enemy targets on the battlefield, and achieving optimal distribution of firepower

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