地面控制点的选取是遥感影像几何纠正中的重要环节。
Selecting and positioning ground control point is one of the most important parts of geometry correction.
地面控制点的选取是遥感影像几何纠正中的重要环节。
The selection of ground control points (GCP) is an important process in geometry rectification of remote sensing imagery.
地面控制点的选取是遥感影像几何纠正中的重要环节。
The selection of ground control points (GCP) is an important process in geometry rectification of remote sensing image.
提出一种基于地面控制点的迭代动态规划立体匹配算法。
A ground control point based stereo matching algorithm via iterative dynamic programming is proposed.
本文介绍了在选好地面控制点后，按最优原则自动构成三角形网。
According to selected ground control points, an optimal triangular net is automatically constructed.
利用GPS虚拟网络参考站定位系统，以厘米级精度测定校正遥感图像的地面控制点。
By means of GPS dummy network reference station positioning system, the ground control points for the calibration of remote sensing image were surveyed with the precision of centimeter level.
本文推导了星载测定外方位元素参与下，无地面控制点卫星摄影测量高程误差估算公式。
This paper deduces elevation error estimating formulae of the satellite photogrammetry, which is concerned with elements of exterior orientation that measured by spaceborne sensors.
实践证明，应用最长距离法筛选地面控制点，是提高遥感影像多项式几何校正精度的有效途径。
Practices prove that applying LDM to filter GCP is to raise the precision of geometric rectifying effectively.
利用已有的丈量控制点对原地面高程进行放样，确定开挖深度。
By means of the existing measurement control points on the ground elevation for lofting, determine the excavation depth.
利用已有的丈量控制点对原地面高程进行放样，确定开挖深度。
By means of the existing measurement control points on the ground elevation for lofting, determine the excavation depth.
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