| 1. | Orientation of remote sensing image pairs from different orbits
异轨遥感立体像对外方位元素的求解算法 |
| 2. | Elements of interior orientation
像片内方位元素 |
| 3. | Photo orientation elements
像片方位元素 |
| 4. | Based on the screened images , the vanishing point theory is used to carry on the experiment
根据所摄得的影像，运用该标定方法进行实验，测得数码相机的内方位元素及物镜畸变系数。 |
| 5. | And the demarcating task of high - resolution general digital camera is to measure the interior position elements and the optical lens distortion coefficient
而对于较高分辨率的普通数码相机的标定任务是测定内方位元素及物镜畸变系数。 |
| 6. | The measurement and alteration of ordinary digital camera . it includes the correction of lens distortion of digital cameras , the computing of camera interior orientation parameters and pictures " exterior orientation parameters , and the evaluation of it ' s capability ; 2
其中包括普通数码影像畸变差的改正、数码相机内方位元素的检定、数码近景摄影机的研制及外方位元素改正值的确定、普通数码相机量测化性能评价； 2 |
| 7. | The results of experiment indicate the precision of the interior position elements and optical lens distortion coefficient of the digital camera reaches the design requirement and meets the close shot photogrammetry requisition for the general digital camera , so this camera can be used in the close shot photogrammetry
实验结果表明，数码相机的内方位元素及物镜畸变系数的精度均已达到设计的要求，满足近景摄影测量对普通数码相机的要求，故被标定的相机可用于近景摄影测量。 |
| 8. | 2 x included aberration of camera lens , measurement of camera inner position parameter 3 % pre - processing of image including transferring earth coordination to engineering coordination which is approximately level with the object , measurement of camera outer position parameter
即相机物镜构像畸变的改正、相机内方位元素的测定与外方位元素的改正； 3 、进行影像预处理。包括将大地坐标系转到与目标面大致平行的工程坐标系；像片外方位元素的的测定； 4 、研究了数字影像处理。 |
