CAJ | 학술논문

主要围绕无人机到无人机系统及其相应配套光电载荷的发展进行探讨，在无人机系统方面，通过多个可能的未来无人机系统的协同工作模式强调了无人机系统顶层设计的重要性，建议尽早规范国内的军用无人机市场，制订相关的无人机规范；在光电载荷方面，介绍了其中主流传感器形式随无人机系统发展的相应变化，总结了 UAS 所要求的高性能、多用途、多光谱/超光谱、通用及开放架构、智能化、小型化等发展趋势，并简单介绍了各自采用的技术手段。
주요위요무인궤도무인궤계통급기상응배투광전재하적발전진행탐토，재무인궤계통방면，통과다개가능적미래무인궤계통적협동공작모식강조료무인궤계통정층설계적중요성，건의진조규범국내적군용무인궤시장，제정상관적무인궤규범；재광전재하방면，개소료기중주류전감기형식수무인궤계통발전적상응변화，총결료 UAS 소요구적고성능、다용도、다광보/초광보、통용급개방가구、지능화、소형화등발전추세，병간단개소료각자채용적기술수단。
The paper has discussed the development of UAV to UAS and their opto-electronic payload. About UAS, the importance of systematic top-level design is pointed out through many possible collaborated working mode in the future. It’s suggested that military market of UAV and UAS should be regulated and corresponding regulation be set up. About opto-electronic payload, it’s introduced that major sensors change with UAS. The paper summarizes development trends that UAS demands, such as high specification, multi-purpose, multi-spectrum/super-spectrum, general purpose and open architecture, intelligence, and miniature, etc. And each technology procedure has been simply introduced.