反舰导弹攻防对抗仿真系统

结合反舰导弹攻防对抗特点,设计了模块化、易扩展、可视化的仿真框架,分析并建立了导引头、制导控制、干扰等关键模块的数学模型,通过加入惯导实物构建了反舰导弹攻防对抗半实物仿真与视景显示系统,进行了空射型反舰导弹全弹道飞行、反舰导弹雷达导引头极化抗干扰两个典型场景的仿真,实验结果表明本系统的研究开发可为反舰导弹作战效能分析与评估提供平台和依据。

Attack-defense Confrontation Simulation System for Anti-ship Missile

A modularized,expandable and visualized attack-defense simulation universal framework for anti-ship missile was proposed after its confrontation characteristics analyzing.Several key modules including radar seeker,guidance and jamming confrontation were built.The hardware-in-the-loop simulation and visualization system was constructed by introduction of inertial navigation apparatus.Two representative scenario simulations,whole trace flying of an air-launched anti-ship missile and polarization processing for anti-jamming in radar seeker,were carried out whose result verified the modeling efficiency.The exploitation of the system will provide a platform for the analysis and evaluation of anti-ship missile warfare efficacy.