摘要
分析了坦克火控系统的误差源,并以误差分析问题为背景,设计并实现了一个仿真平台,并将其应用于火控系统设计过程中,为精度分配算法提供支持。仿真系统应用火控系统的基本数学模型,通过模拟实际射击来获得火控系统输入误差与输出误差的传递关系,以此分析各误差源对系统精度影响的敏感程度,帮助设计者选择影响较为显著的误差源来进行修正,从而获得较高的系统精度。
In this paper, the error sources of Tank Fire Control System is analyzed. Based on error analysis, a simulation platform was designed and was used in the design process of Fire Control System to support the algorithm of accuracy assignment. By the basic mathematical model, simulation system imitated practical shooting to get the transfer relationship of input error and output error to analyze the influence degree between the parts and the system. Then designers could revise the influential error sources to get higher system accuracy.
出处
《火力与指挥控制》
CSCD
北大核心
2006年第8期68-71,共4页
Fire Control & Command Control
基金
"十五"国家重点预研基金资助
北京市教委共建重点实验室资助项目(csys100070417)
关键词
坦克火控系统
误差分析
误差传递关系
仿真系统
tank fire control system,error analysis ,error transfer relationship,simulation system
