基于作战仿真的毁伤评估系统

Targets damage assessment system based on campaign simulation

为了提高作战仿真系统毁伤评估的精度,实现作战仿真系统的可用性,研究了一种基于作战仿真的战场目标毁伤评估系统。采用组件化软件设计思想,建立了基于分布式仿真平台的系统架构;给出了系统的体系结构、功能组成和毁伤的处理流程。引入基于武器终点效应/目标易损性的毁伤评估方法,将毁伤评估划分成毁伤机理、终点效应两阶段工程建模,而后建立了目标毁伤评估模型;定义了毁伤模型的接口,给出了模型的处理流程。结果表明,目标毁伤评估系统扩展性好、通用性强、建模难度低、结果可信度高,可对作战仿真环境中的目标毁伤仿真与评估提供有力的支撑。

In order to improve the precision of damage assessment system, a targets damage assessment system （TDAS） architecture based on campaign simulation was studied. According to the idea of component software design, a distributed application system was developed. The system architecture was presented, the functions were described in detail, and the process of damage assessment was given. Based on vulnerability/lethality （V/L） assessment, damage assessment models were separated into many project models based on the weapon damage mechanism and target damageable lethality, and then targets damage integration assessment model was established. The unified modeling interface was defined, and the model process was given. Results show that with the characteristics of expandability, generality and reliability, TDAS provides powerful supports for targets damage simulation and assessment on campaign simulation.