摘要
先进防空导弹武器系统综合仿真技术是导弹武器论证、设计、评估所必需的试验验证手段,通过对导弹武器系统设计的正确性、协调性进行综合仿真试验验证和优化,评估导弹武器系统性能和效能。本文研究的先进防空导弹武器系统综合仿真技术,将异地的导弹武器系统各分系统级仿真集成和实时交互,实现导弹武器从系统探测、指挥控制、制导控制、引战配合直至命中目标的全武器系统闭环仿真的技术途径。论述了导弹武器系统综合仿真技术的需求与现状,阐述了重点关注的综合仿真总体技术、多频段一体化建模和综合仿真性能/效能评估3个关键技术,给出某型导弹武器系统综合仿真试验平台的应用实例,并对导弹武器系统综合仿真技术发展与应用进行了展望。
The advanced air defense missile weapon system synthetic simulation(A^2DMWS^3)technology is one of the indispensable test demonstration technical means for missile weapon study,design and evaluation.The performance and effectiveness of missile weapon system could be evaluated by demonstration and optimization of its correct design and coordination through synthetic simulation.The whole missile weapon system close-loop simulation from detection,command and control,guidance control,fuse and warhead matching to hitting target was implemented by the proposed technology approaches in this paper.These approaches integrated and real-time interacted the missile weapon subsystems at different locations.In the paper,the requirements and the state of the art of A^2DMWS^3 was described in detail.Then,three key technologies:synthetic simulation system technology,multi-frequency bands integrated modeling,and evaluation of the performance/effectiveness of the synthetic simulation were investigated.Furthermore,an A^2DMWS^3 test-bed for a certain type of air defense missile weapon system was constructed.Finally,the development and application of the A^2DMWS^3 were forecasted.
出处
《空天防御》
2018年第1期36-43,共8页
Air & Space Defense
关键词
先进防空导弹
武器系统
综合仿真
系统建模
advanced air defense missile
weapon system
synthetic simulation
system modeling
