CAJ | 학술논문

面向反舰、对地攻击和反辐射等典型精确制导武器作战的现实需求，探讨了以高精度惯导信息获取与利用为核心的导弹武器全制导技术的新概念、方法和应用，构建出导弹武器全制导技术仿真验证半实物仿真系统，进行了反舰巡航导弹全弹道飞行等仿真评估实验，充分地验证了该方案的可行性与有效性。全制导技术方案着眼于制导方式、信息融合和信号处理上的完善与改进，可为提高我军精确制导武器在复杂环境下的作战能力提供可行的技术实现途径，同时可为新一代精确制导武器的研制提供必要的技术储备。
면향반함、대지공격화반복사등전형정학제도무기작전적현실수구，탐토료이고정도관도신식획취여이용위핵심적도탄무기전제도기술적신개념、방법화응용，구건출도탄무기전제도기술방진험증반실물방진계통，진행료반함순항도탄전탄도비행등방진평고실험，충분지험증료해방안적가행성여유효성。전제도기술방안착안우제도방식、신식융합화신호처리상적완선여개진，가위제고아군정학제도무기재복잡배경하적작전능력제공가행적기술실현도경，동시가위신일대정학제도무기적연제제공필요적기술저비。
Full guidance technique （FGT） in missile weapon, based on the acquisition and application of high precision inertial navigation information, is introduced for the exigent demands of precision striking warfare in anti-ship, land-attacking and anti-radiation. The novel concepts, methods and applications are elaborated to construct a hardware-in-the-loop simulation and visualization system in adding of inertial ap- paratus. A representative scenario simulation, whole trace flying of an anti-ship cruise missile, is carried out to fully demonstrate the feasibility and validity of FGT. The exploitation and advancement of current missile guidance, sensor fusion and signal processing techniques, as the core of FGT, would provide a vi- able approach to enhance the performance of missile weapons under complicated environment, as well as offer some useful suggestions for future precision striking development.