国土资源遥感Issue(1)：21-25,5.
基于多片空间后方交会的4波段CCD相机检校
Multi- image Space Resection Based Geometric Calibration for the Four Band CCD Camera
摘要
Abstract
High altitude photographic work such as aerial photogrammetry and UAV photography has very high demands on geometric optical parameters of the CCD camera. As one millimeter or one pixel error of geometric optical parameter tends to cause the error of a few meters or even dozens of meters on the ground, the camera' s high- precision geometric optical parameter calibration is a crucial step for data geometric process after aerial photogrammetry. In this paper, the initial value of inner orientation elements ( the main distance and principal point offset) and the exterior orientation elements (three elements in a straight -line and three angles elements) were acquired by DLT method, and then the single - image space resection and multi - image space resection methods were used to get the geometric optical parameters of the camera. It is concluded that the multi - image space resection is superior to the single -image space resection.关键词
几何检校/多片空间后方交会/CCD相机/空间前方交会Key words
Camera geometric calibration/ Multi - image space resection/ CCD camera/ Space forward intersection分类
信息技术与安全科学引用本文复制引用
陈兴峰,顾行发,葛慧斌,郑逢杰,张金金,刘军..基于多片空间后方交会的4波段CCD相机检校[J].国土资源遥感,2011,(1):21-25,5.基金项目
中国科学院重大方向性创新项目(编号:KZCX0622)资助. （编号:KZCX0622）
