摘要
随着空天技术和无人化技术的快速发展,"低小慢"无人机已成为威胁我国安全的重要因素之一,但对于探测"低小慢"无人机的研究较少,因此设计了一款对空激光引信探测仿真系统,用于研究打击"低小慢"目标时激光引信主要参数的边界值.以典型"低小慢"无人机为拦截目标,基于"低小慢"无人机与炮弹的交会场景建立了激光引信探测模型,对激光引信探测"低小慢"无人机时主要参数边界值的影响进行了仿真及分析,结果表明,该仿真系统可为对空激光引信设计研制提供理论依据.
Abstract
This paper designed an airborne laser fuse detection simulation system to study the boundary values of the main parameters of laser fuzes when targeting"low-slow-small"(LSS)objects.Focusing on a typical LSS unmanned aerial vehicle(UAV)as the interception objective,a laser fuze detection model was constructed based on the engagement scenario between the LSS UAV and the projectile.The simulation system for airborne laser fuse detection was designed,and a simulation example and analysis were conducted to assess the impact on the boundary values of the main parameters when the laser fuze detected"low-slow-small"UAVs.The results indi-cated that the designed simulation system could provide effective theoretical support for the design and develop-ment of airborne laser fuzes.
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