基于反演设计的外军反辐射导弹弹道建模与仿真

Trajectory Modeling and Simulation of Foreign Anti-radiation Missile Based on Inverse Design Technology

反辐射导弹是现代战争中防空压制的重要硬杀伤武器,对其战法研究需要对外军反辐射导弹进行建模仿真。针对外军导弹参数不可完全获知的情况,从已知参数出发,基于气动建模、控制系统设计等相关理论,结合工程经验,对其进行反演建模。并针对某型外军导弹进行了仿真模拟。结果表明,建立的弹道仿真模型能够较逼真地模拟该弹的各项性能参数,可为反辐射对抗仿真试验系统提供弹道仿真模型。

Anti-Radiation Missile(ARM)is an important hard kill weapon for air defense suppression in modern war.It is nec⁃essary to simulate its trajectory for foreign ARM to study its tactics.In view of the fact that the parameters of foreign ARMs can not be fully known,starting from the known parameters,based on the aerodynamic modeling,control system design and other related theories,combined with engineering experience,the inverse design is carried out.And the simulation is completed for a certain type of foreign military missile.The results indicate that the established missile trajectory simulation model can simulate the perfor⁃mance parameters of the missile realistically and provide the trajectory simulation model support for the simulation test system of an⁃ti-radiation countermeasure.