geometric correction

基本解释

Pyramidal image matching and geometric correction based on TIN are the cores of this thesis.
其中，金字塔匹配和基于三角网的几何校正的算法为本文核心部分。
The model consists of three parts:1. A model for geometric correction of satellite panoramic picture in presented.
该模型由三部分组成：1。推导了卫星全景相片的几何校正模型；
Geometric transformation is the most common means of image processing, image deformation of geometric correction, can be an accurate picture.
几何变换是最常见的图像处理手段，通过对变形的图像进行几何校正，可以得出准确的图像。

几何校正
And ERDAS software is used to realize the Geometric Correction of remote sensing images.
遥感影像的几何校正使用ERDAS软件实现。
几何纠正
For ensuring image registration’s precision, it needs to apply geometric correction to images with distortion. The paper introduces several common used methods, and validates polynomial correction.
为使图像配准的精度达到一定要求,需要对存在畸变的遥感图像进行几何纠正,本文介绍了几种常用的几何纠正方法,并通过实验验证了多项式纠正法的有效性。
几何粗校正

几何校正
Finally, choose projections and control points, and carry out geometric correction and registration of imagery, preparing for the digitization of urban roads.
最后,选取投影体系和控制点,并进行几何校正和配准,为城市道路的数字化做好影像准备。
几何纠正
几何矫正
几何补正