基于JMASE的地空导弹联合建模与仿真  

JMASE-based Joint Modeling and Simulation of Ground-to-Air Missile

作　　者：张卫华[1] 孙世霞[2] 李革[1] 黄柯棣[1] 

机构地区：[1]国防科技大学机电工程与自动化学院,长沙410073 [2]陆军航空兵学院机载设备系仪表教研室,北京101234

出　　处：《系统仿真学报》2007年第6期1189-1195,共7页Journal of System Simulation

基　　金：国防预研项目(413040402)

摘　　要：以六自由度地空导弹拦截仿真为背景,阐述联合建模与仿真环境(JMASE)的基本概念和功能描述,介绍基于JMASE-SIMULINK的工程级与交战级一体化联合建模与仿真方法,给出某地空导弹全系统模型及交战仿真结果。仿真实践表明:通过将SIMULINK模型自动转换为JMASE兼容的C++模型组件,并在JMASE环境下组装、配置和运行,则获得SIMULINK工程级武器系统建模能力的同时,也获得JMASE提供的具有一致时空及环境效应描述的交战级仿真能力,既提高了建模与仿真的效率,又促进了模型重用和互操作,是实现工程级与交战级联合建模与仿真的有效方法。By presenting a benchmark model of a six degree-freedom （6DOF） ground-to-air intercept missile system, the basic concept and functional description of Joint Modeling and Simulation Environment （JMASE） were expounded. Then a new joint modeling and simulation methodology of both engineering and engagement-level was proposed as well as the system/subsystem models and simulation results. Simulation efforts demonstrate that by automatically converting SIMULINK models to JMASE-Compatible C＋＋ components, then assembling, configuring and executing under JMASE, both engineering-level modeling capability of SIMULINK and engagement-level simulation facility of JMASE are obtained, which not only promotes the M＆S efficiency but also improves the reusability and interoperability of models.

关 键 词：工程级与交战级仿真 联合建模与仿真环境 地空导弹 面向对象 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术]