摘要
分析我国发展无人机航空遥感的必要性和可行性,针对某型民用无人机,利用系统集成的方法,设计无人机航空遥感偏振载荷系统。介绍系统的构成和工作流程,阐述系统的软硬件设计原理及实现的功能。地面联合调试结果表明该系统能够满足即将开展的航空遥感作业的要求。
The necessity and feasibility of polarization Remote Sensing（RS） system for Unmanned Aerial Vehicles（UAV） in China are briefly analyzed.With system s integrated method,polarization RS payloads system for UAV is designed based on the UAV development.The system composition and workflow are introduced,including software and hardware.With successful joint debugging on the ground,result shows that the system can satisfy the operational requirements for further aviation.
出处
《计算机工程》
CAS
CSCD
北大核心
2009年第20期10-12,15,共4页
Computer Engineering
基金
北京大学“985”二期工程基金资助项目“高空超高空对地观测平台”
关键词
无人机
航空遥感
偏振载荷
软硬件设计
Unmanned Aerial Vehicles（UAV）
aerial Remote Sensing（RS）
polarization payloads
software and hardware design
