防空武器系统能力需求分析的简化方法

Simplified Method of Capability Need Analysis for Anti-air Weapon Systems

面对新型威胁,围绕要地防空武器系统能力建设问题,建立了威胁目标、探测传感器、拦截导弹及其相互关系的物理数学简化模型。分析推导了传感器的可观测性、可探测性条件,以及武器系统对威胁目标的可防御性条件。给出了一种分析防空武器系统能力需求的简化方法。以中近程防空武器系统为例,分析给出了武器系统的能力需求。这种解析化、程式化的模型简化和分析方法,不受繁琐的细节性工作所限制以及系统构建人员的主观因素影响,可应用于防空武器系统能力规划的前期分析中。分析结果可为后续详细的武器系统的功能和性能仿真分析奠定基础。

A simplified physical mathematical model describing the relationship among threat targets,detection sensors,and intercepting missiles is established,facing new threats and around issues of capacity-building of air defense weapon systems.The observable and detectable conditions of sensors and defensive conditions of weapon systems against threat targets are analyzed and inferred.A simplified method for analyzing the capability needs of antiair weapon systems is developed.The capacity-building needs of weapon systems are shown in the analyses of medium and short range anti-air weapon systems as examples.The parsing simplified model and analysis method,which are not limited to tedious details,can be used in the pre-analysis of the capability planning for anti-air weapon systems.The analysis results can lay a foundation for the subsequent detailed analysis of weapon system function and performance simulation.