Self-explosion type unmanned aerial vehicle cluster combat troops distribution method based on combat deduction

Abstract

The invention discloses a self-explosion type unmanned aerial vehicle cluster combat troops distribution method based on combat deduction. The method comprises the following steps: firstly, determining the type and number of enemy combat units, the type and the maximum usable amount of our self-destruction unmanned aerial vehicle, and determining the virtual time step length when an equation is solved according to the total number of combat units; calculating corresponding operational capability indexes according to different operational unit attack capabilities of the two parties to obtain animproved lanthoster equation needing to be solved; and finally, establishing an optimization model, under the condition that the improved lanchester equation constraint and other combat unit number constraints are met, using a particle swarm algorithm for carrying out optimization solving, obtaining the optimal troops distribution method of the party under the condition that a preset combat target and other constraints are completed, and providing a basis for actual combat decision making.

Description

technical field [0001] The present invention relates to the field of combat deduction, in particular to a method for distributing combat troops of a self-destructing unmanned aerial vehicle group based on combat deduction. Background technique [0002] Self-explosive UAV cluster combat troop distribution optimization refers to the troop distribution optimization that a large number of small multi-rotor drones or small fixed-wing aircraft carrying a small amount of explosives form a cluster and rely on direct impact to blow up the enemy to complete a specific ground combat mission. Specifically, It is to determine whether the result of the UAV swarm destroying the ground unit of the other side can achieve the predetermined goal and the minimum cost of the UAV swarm number required to achieve the predetermined goal. The self-explosive UAV group combat is a new type of combat method that has emerged with the rapid development of small multi-rotor UAVs. The combat prediction and...

AI Technical Summary

Problems solved by technology

[0003] At present, there are relatively few combat deduction methods for the strike capability of combat aircraft. The main methods used in the current academic circle include analytic hierarchy process, system engineering theory, search theory and probability analysis method, etc. , especially the research on the effectiveness evaluation model of UAV air-to-ground combat is less. The situation of a single UAV is considered, and the situation of coordinated operations is not considered, which is not conducive to the simulation and analysis of the real battlefield

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