舰炮对空射击指挥控制数学模型的优化与仿真

Optimization and Simulation to the Mathematical Model of the Command-automation of Shipborne Gun Firing Against the Air Targets

新型作战舰艇舰炮武器系统火控台内配置了舰炮射击指挥软件,实现了射击指挥自动化,使得舰炮射击更加科学化,同时也大大地减轻了射击指挥员的负担。但是,对空射击指挥软件确立的数学模型存在一些缺陷。分析了该数学模型的缺陷,提出了改进方法,给出改进后的数学模型,并对改进前后模型分别进行仿真计算。计算结果表明,改进后的数学模型解算出来的射击方式能提高舰炮武器系统对空作战效能。

A fire-command software which achieves fire-command-automation was implanted into the shipborne weapon fire control system of new warships. This not holy makes firing more reasonable but also eases the burden of commandres. But the mathematical models which were established by the fire-command software which controls firing against the air targets exist some flaws. This paper analyses the flaws, presents a better method,gives an improved model,simulates and calculates both the old model and the improved model. The improved model is useful to improve the efficiency of the shipborne against the air targets.