Weapon configuration method and system based on high density value and large depth

Abstract

The invention provides a weapon configuration method and system based on a high density value and a large depth. The method comprises the following steps: acquiring position information of each defense target in an air defense area and various types of air defense weapons; determining a firepower coverage area of each type of air defense weapon on each defense target; constructing a first weapon configuration scheme set; calculating the firepower density of each weapon configuration scheme in the first weapon configuration scheme set; after weapon configuration schemes with the firepower density larger than a first threshold value are selected from the first weapon configuration scheme set, building a second weapon configuration scheme set; determining the firepower depth of each weapon configuration scheme in the second weapon configuration scheme set; and selecting the weapon configuration scheme corresponding to the maximum firepower depth from the second weapon configuration scheme set. According to the method, an air defense system with deep firepower and maximum firepower density of various defense weapons can be realized, the damage of saturation attack to a defense target group is reduced to the greatest extent, and the method is suitable for anti-unmanned aerial vehicle swarm combat.

Description

technical field [0001] The invention belongs to the technical field of air defense, and in particular relates to a weapon configuration method and system based on high density and large depth. Background technique [0002] With the development of intelligent technology and UAV equipment, UAV formation operations have become an important development trend in today's battlefield. The UAVs in the swarm are low, slow, and small targets, and it is difficult to detect them. More importantly, when the number of UAVs in the swarm reaches a certain number, it will cause a "saturation attack" on the anti-aircraft weapons. As far as the existing air defense system of the military is concerned, it is still not possible to deal with the problem of "saturation attack" in a short period of time. [0003] There are many types of anti-drone weapons in our army, and they already have long-range, medium-range and short-range defense capabilities. It has become a combat system to complement e...

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Problems solved by technology

[0004] At present, the academic research on the deployment of anti-drone swarm weapons is almost blank, but in the final analysis, this problem is a kind of anti-aircraft weapon deployment problem. There are many studies on the deployment of anti-aircraft weapons, mainly including the following three methods: Modeling of regional air defense deployment optimization system, optimal deployment method of strategic air defense based on Memetic algorithm and optimal deployment of strategic air defense weapon system based on sub-target evolutionary algorithm, but there are the following deficiencies: (1) only one important target is considered, and no Multiple defensive targets coexist and have different values; (2) The proposed deployment scheme is not suitable for anti-drone swarm operations, and does not consider the situation of "saturation attack"; (3) The randomness of the incoming direction is not considered The problem is that too many human factors are added to the determination of the incoming direction, which is prone to leak prevention

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