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在飞行器与空中目标对抗训练仿真中,飞行器飞行末端通过导引头自寻的攻击目标是十分重要和关键的部分。随着仿真技术和软件技术的发展,文中提出了飞行器迎击目标仿真系统的体系框架,并对仿真模型的设计和实现进行了详细的阐述。该仿真系统研究了飞行器飞行末端迎击目标的动态过程,包括各模块架构及其数学模型的建立。此系统为空间目标攻防作战相关技术和理论的研究提供了平台,并在此平台的基础上,定量的分析和评估了仿真系统的性能和效果。
In the simulation of aircraft and air target confrontation training, it is a very important and crucial part that the target of self-seeking of the flying end of the aircraft through the seeker. With the development of simulation technology and software technology, the system frame of aircraft collision with target simulation system is put forward in this paper, and the design and implementation of simulation model are described in detail. The simulation system studies the dynamic process of the end-of-flight target of the aircraft, including the construction of each module and its mathematical model. The system provides a platform for the research on the technology and theory of space-based attack and defense operations. On the basis of this platform, the performance and effectiveness of the simulation system are quantitatively analyzed and evaluated.