1) Airborne and spaceborne remote sensing
航空航天遥感
2) astronautics and airborne remote sensing
航天航空遥感
1.
The astronautics and airborne remote sensing technology, a kind of modem advanced means, is very useful in dynamic monitoring of the environment and resources in marine and coastal zones.
航天航空遥感技术，已经成为海洋／海岸带环境资源动态监测的一种非常有效的现代化高技术手段，其优越性是过去用常规手段所无法比拟的。
3) space remote sensing
航天遥感
1.
This paper briefly illustrates the concepts of space remote sensing and space remote sensing system as well as the configuration of space remote sensing system,especially explains the concepts and compositions of imaging chain and imaging system as well as remote sensing system for space applications.
简要说明了航天遥感和航天遥感系统的概念和组成,特别对航天光学遥感成像链、成像系统和遥感系统的概念和组成做了论述,重点介绍了航天遥感科学技术的发展现状和发展方向,同时提出了发展我国航天遥感科学技术的若干建议。
4) airborne remote sensing
航空遥感
1.
The combined technology of POS and stabilized platform control in airborne remote sensing;
航空遥感中POS与稳定平台控制组合技术
2.
Considering the spectral difference between airborne remote sensing images, the characters of information extraction on afforestation and principles of vegetation index construction, a new adjustable vegetation index, airborne normalized difference vegetation index (ANDVI), was promoted in this paper.
针对航空遥感中航片间存在光谱差异现象,并结合航空绿化遥感信息提取的具体特点和植被指数构造原理,提出了一种适应航空绿化遥感信息提取的可调节航空植被指数——airborneNDVI(ANDVI)。
3.
As the technology develops, GIS plays a more and more important role in the economy, airborne remote sensing has the advantage of collecting information.
随着现代科技的迅猛发展，地理信息系统(GIS)在国民经济中发挥着越来越重要的作用，而航空遥感在信息获取上具有自身特有的优势，两者的结合必然在军用与民用领域拥有广阔的前景。
5) aerial remote sensing
航空遥感
1.
Research on key techniques of aerial remote sensing system for unmanned aerial vehicles;
无人机航空遥感系统关键技术研究
2.
Application of aerial remote sensing technique in monitoring pine wood nomatode disease;
航空遥感技术监测松材线虫病的应用
3.
Analysis of landscape pattern based on high-resolution aerial remote sensing;
基于航空遥感的大比例尺景观格局分析——以大麻镇为例
6) space remote sensor
航天遥感器
1.
Radiometric accuracy analysis for space remote sensor;
航天遥感器的辐射度精度分析
2.
The system of the high speed picture data is the bottleneck of the development of space remote sensor .
高速图像数据传输一直是航天遥感器发展的瓶颈,针对此问题设计基于Xilinx的Virtex-ⅡPro系列FPGA内嵌的RocketIO收发器硬核,应用于航天遥感器中的高速图像数据传输系统,通过8位并行120Mb/s的数据转为960Mb/s的串行数据的实验结果和仿真结果验证了其可行性、准确性和可靠性。
补充资料：航天遥感
见遥感技术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条