CAJ | 학술논문

火控系统大闭环校射的关键技术是弹目偏差的获取和补偿的工程应用，传统的弹目偏差获取往往依赖于相控阵雷达或靶场电影经纬仪交汇，成本非常高。随着各领域技术发展，利用图像处理的方法实现闭环校射已成为可能。提出了一种采用弹目交汇时刻与实时图像相结合的方法实现弹目偏差测量，可在很低廉的成本基础上由作战平台独立完成该项功能。该技术具有非常好的效费比，对于未来陆装和舰载武器系统的发展，以及现役高炮防空武器系统的改进具有深远意义。
화공계통대폐배교사적관건기술시탄목편차적획취화보상적공정응용，전통적탄목편차획취왕왕의뢰우상공진뢰체혹파장전영경위의교회，성본비상고。수착각영역기술발전，이용도상처리적방법실현폐배교사이성위가능。제출료일충채용탄목교회시각여실시도상상결합적방법실현탄목편차측량，가재흔저렴적성본기출상유작전평태독립완성해항공능。해기술구유비상호적효비비，대우미래륙장화함재무기계통적발전，이급현역고포방공무기계통적개진구유심원의의。
Key technology of the large-scale closed-loop in the fire control system is engineering application of projectile-target deviation acquisition and compensation. Acquisition of traditional projectile-target deviation depends on phased array radar or intersection of theodolite,so cost is very expensive. Along with development of technologies in different fields,it becomes possible to implement closed loop fire correction using image processing. One measurement method of projectile-target deviation is proposed based on projectile-target intersection time and real-time image in this paper. This function can be achieved in the combat platform independently that cost is very cheap. So this technology can obtain good cost effectiveness and is of great importance to improvement of existing antiaircraft gun air defense weapon system and development of land-based and ship-borne weapon system in the future.