某自行战车火控系统动态航路制定及软件实现  

Dynamic Route Formulation and Software Realization for Fire Control System of Self-Propelled Combat Vehicle

作　　者：左晓勇[1] 杨作宾[1] 李宏雷[1] 许荣[1] 

机构地区：[1]防空兵指挥学院,河南郑州450052

出　　处：《指挥控制与仿真》2009年第4期90-92,共3页Command Control & Simulation

摘　　要：根据某型自行战车对空中目标作战的精度需求,为突破火控系统自带动态航路的局限性,提出了动态航路制定模型。在基准战车对目标起始点坐标进行测量的基础上,由连战斗队形配置确定全连其余战车相对基准车坐标值,通过坐标转换计算,得到其余战车动态航路参数。采用面向对象的可视化编程语言C#2.0编写程序,设计动态航路制定软件。通过举例分析,证明了该方法的可行性,为有效提高自行战车的射击精度提供了一种较为科学的方法。According to the demand accuracy of the self-propelled combat vehicle firing against air target, in order to breakthrough limitation of the fire control system own dynamic route, the paper puts forward an dynamic route formulation model. At the base of the reference vehicle＇s measure on starting point for the target, even determining relative coordinates of the remaining vehicles by fighting order, dynamic route parameters of the remaining vehicles can be calculated by coordinate conversion. Programming of object-oriented Visual C# 2.0 is used to design software for dynamic route formulation. By example analysis, we know the feasibility of the method. It is a more scientific method to improve shooting accuracy of the self-propelled combat vehicle effectively.

关 键 词：火控系统 动态航路 制定 软件实现 

分 类 号：E923[军事—军事装备学]