摘要
针对近年来无人机载空地导弹愈发受到各国重视的现状,首先梳理了国内无人机载空地导弹制导控制系统发展历程,介绍了国内无人机载单模制导空地导弹弹道规划设计方案。在此基础上,提出了一种基于多模复合制导新型最优弹道规划方案,并对其关键设计方法进行数学推演及仿真计算,仿真结果表明,该新型弹道规划方案在射程范围、发射场高、离轴能力等方面均有大幅度提升,适应于新型无人机系统远程化、自主化发展对复合制导无人机载空地导弹的新需求。
In view of the fact that UAV-borne air-to-ground missiles have been paid more and more attention by many countries in recent years,this paper first reviews the development history of domestic UAV-borne air-to-ground missile guidance and control system,and introduces the design scheme of domestic UAV-borne single mode guidance air-to-ground missile ballistic planning.On this basis,a new optimal trajectory planning scheme is proposed,and its key design methods are deduced and simulated mathematically.The simulation results show that the new trajectory planning scheme has greatly improved in range,height of launching site and off-axis capability.This scheme is suitable for the new requirement of the long-distance and autonomous development of the new UAV system to carry the air-to-ground missile of the compound guidance UAV.
作者
杨凯
石娟
许琛
Yang Kai;Shi Juan;Xu Chen(Institute of Modern Control Technology,Xi'an 710065,China;Noth Electro-Optic Co.Ltd,Xi'an 710043,China)
出处
《航空兵器》
CSCD
北大核心
2020年第4期80-85,共6页
Aero Weaponry
关键词
无人机载空地导弹
弹道规划
全向攻击
多模复合制导
UAV borne air-to-ground missile
trajectory planning
omnidirectional attack
multi-mode compound guidance
