1) geometric correction
几何纠正
1.
Primary study on geometric correction of remote sensing image from unmanned gyroplane
旋翼无人机遥感图像几何纠正的初步研究
2.
This paper expounds the principles of geometric correction of collinearity equation,and advances the image correction method by using additional line constraint condition in point correction pattern for high-resolution image.
阐述了共线方程几何纠正的原理,提出了对高分辨率影像利用点纠正模式下附加线约束条件进行影像纠正的方法。
3.
This paper analyzes the geometric characters and imaging theory of SPOT satellites and discusses the geometric correction of SPOT5 simages based on collinearity equations with ground control points.
根据SPOT卫星的成像原理和特点,讨论了对SPOT5卫星影像按共线方程法进行有控制点的几何纠正的方法,经对关中、陕北和陕南三种地形的影像纠正结果进行对比检验,证明了该方法精度达到了较高水平。
2) geometric rectification
几何纠正
1.
Self-adapted geometric rectification of digital image based on segmentation;
基于TIN分块的数字影象自适应几何纠正方法
2.
Aiming at the characteristics of Beijing-1 satellite imaging technology, a detailed geometric rectification process has been designed in accordance strictly with the imaging model.
针对北京一号卫星传感器成像技术特点,在相应的共线方程成像模型基础上,设计了详细的几何纠正流程。
3.
Therefore, it is presented an algorithm of automatic mosaic combined the information of corresponding points and image lines on the base of automatically geometric rectification.
因此,提出在对车载影像进行自动几何纠正的基础上,结合同名点以及影像直线信息对序列影像进行自动拼接的方法,实验证明是行之有效的。
3) geometry rectification
几何纠正
1.
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。
2.
This article discusses the theory of geometry rectification of raster map.
本文论述了像素地图几何纠正的原理,在实例的基础上,提出了一种精度高、速度快的几何纠正方法,给出具体的实现步骤,可广泛应用于作业。
4) geometry correction
几何纠正
1.
Selecting and positioning ground control point is one of the most important parts of geometry correction.
地面控制点的快速选取与定位是几何纠正的重要环节之一,鉴于控制点快速、自动选点的迫切需求,国内外已经开始考虑局部性和全国性控制点影像库的建立。
2.
We propose the concept of standardizaion of brain CT images and introduce a kind of standardization method based on geometry correction technique.
针对目前脑损害临床研究中存在的实际问题提出了颅脑 CT影像的标准化概念 ,并借鉴图像恢复中的几何纠正技术 ,提出了一套可行的颅脑 CT影像的标准化方法。
3.
Because the geometry correction is the main step in remote sensing mapping process,the article selected geometry correction as the breakthrough point.
本文选取遥感制图中的几何纠正过程作为整个制图过程精度评价的切入点,对遥感图像处理软件,操作人员和不同分辨率遥感图像三个影响精度的主要因素进行分析。
6) Geometric Exact Correction
几何精纠正
1.
Make Use of the Space Projection Method to Carry on the Geometric Exact Correction to the Remote Sensing Picture;
利用空间投影法实现遥感图像的几何精纠正
2.
Aiming at remote sensing images of less ground reference point, we discuss a new geometric exact correction method in this paper.
针对缺少地面控制点 (GCP)的遥感影像 ,探讨一种几何精纠正的新方法 ,就是把空间投影理论应用于遥感图像的几何精纠正中 ,利用空间斜墨卡托投影 (SOMP)和少量地面控制点对遥感影像实施几何精纠正。
补充资料：不合格品纠正措施(见纠正措施)
不合格品纠正措施(见纠正措施)
corrective actions for nonconforming product:see corrective actions
bul，卯ping jiuzhe叫euoshi不合格品纠正措施(~tive actions for non-印雨皿吨prt泪uct)见纠正措施。
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