1) three dimensional airborne remote sensing
三维航空遥感
2) 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。
3) 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
4) 3D remote sensing
三维遥感
1.
Lidar and 3D remote sensing is a breakthrough technology for deriving several parameters of forest canopy structural characteristics.
激光雷达三维遥感是获取各种森林冠层特征参数的一种突破性技术,具有精确地直接测量和估计森林结构特征的能力。
5) D remote sensing
三维遥感
1.
The integrated information of 3D position and spectral data can be acquired simultaneously with the airborne 3D remote sensing technology.
利用机载三维遥感技术能够同步获取三维位置和光谱数据的一体化信息。
2.
We regard ALIMS as a 3D remote sensing system, because it can directly obtain 3D position together with spectral information.
机载三维遥感采用动态ＧＰＳ定位技术提供遥感器的空中精确位置，能快速高效获得遥感地学编码图像和ＤＥＭ，该文对中国自行研制、具有独创性的机载三维遥感影像制图系统中的动态ＧＰＳ定位技术特点和要求进行了分析，论述了应用于三维遥感的ＧＰＳ定位数据处理和算法流
6) aero remote sensor
航空遥感器
1.
Research on pose controlling the scanning mirror of aero remote sensor based on accelerometer;
基于加速度计的航空遥感器扫描反射镜姿态控制研究
补充资料：航空遥感
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