论文部分内容阅读
在激光引信的研制过程中,半实物仿真是能够较为全面地评测其工作性能的重要手段,介绍了基于激光景象投射(LSP)技术的激光引信半实物仿真(HILS)系统作为仿真试验的平台。该系统能够有效地模拟来自目标和背景的激光回波特性,并以激光阵列的形式投射到激光引信接收端,从而获取激光引信在弹目交会过程中的实时反馈信息,为激光引信的研制改进提供了可靠的数据支持。
In the development process of laser fuze, the semi-physical simulation is an important means to evaluate the performance of the laser fuze. The Laser Fuze Hardware-in-the-Loop Simulation (HILS) system based on Laser Image Projection (LSP) technology is introduced as the platform of simulation experiment. The system can effectively simulate the laser echo characteristics from the target and the background and project to the receiving end of the laser fuze in the form of a laser array so as to obtain the real-time feedback information of the laser fuze during the projectile rendezvous, so as to develop the laser fuze Improvements provide solid data support.