Abstract
:In order to solve the problem of dynamic gunnery problem solution under fire maneuver condition, this paper proposes a method of hitting the moving targets with rapid fire in the maneuver weapon. Based on the exterior ballistics model, objective model, the dynamic gunnery problem solution model is established. The improved particle swarm optimization (PSO) is adopted to calculate the ballistic data. In the process of realizing the algorithm, the angle of firing, azimuth and flight time of projectile are calculated iteratively synchronously, so as to improve the efficiency of the solution by eliminating the initial time assignment step. Considering the sustained rapid fire of maneuver weapon, the adjusting parameters of fire control elements for dynamic shooting are provided by solving the first and last firing ballistic data. The feasibility of the algorithm is verified by simulation experiment.
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