| 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. | Pair of stereoscopic pictures
立体像对 |
| 3. | Stereoscopic pair stereogram
立体像对 |
| 4. | Clear three - dimensional images have been successfully reconstructed by this method . the recording and reconstruction can be performed with incoherent light
利用该方法可以重构清晰的三维立体像，而且可利用非相干光记录和再现。 |
| 5. | Our research is focused on the problems of the recovery of a realistic textured model from image sequences and some critical issues related to this subject , such as dense matching to stereo images
本论文研究了如何由非定标图像序列恢复三维实体模型，对其中的若干关键技术进行了深入研究，特别是立体像对的稠密匹配。 |
| 6. | The generation of epipolar image and corresponding point matching are implemented based on the geometric relationship of stereo pairs determined by relative orientation . the experimental result makes good effection
摘要根据车载纵向摄影影像核线排列的特点，利用相对定向确定立体像对的核线几何关系生成核线影像，并进行同名点匹配，取得了很好的效果。 |
| 7. | The discussed subjects include the modeling of image , the method used to estimate the initial values of the elements of exterior orientation , the strong correlation among the elements of exterior orientation , the ways to restrain it , the methods of object point positioning on the orientated stereo image pair etc . 3
详细讨论了线阵ccd影像的构像模型，估算外方位元素初值的方法，外方位元素之间的相关性及克服其相关性的解算方法，在定向后的线阵ccd影像立体像对上进行目标点定位的方法等。 |
| 8. | As the targets flying in groups may spread over several range of cells and their doppler frequencies are time * . varying , a scheme of target number detection in groups on a conventional low * . resolution radar is proposed based on a time * . range * . doppler image cube which is constructed by substituting a time * . frequency transform for the fourier transform in the conventional range * . doppler imaging
针对实际编队目标在距离上的分布特性和目标多普勒频率的变化规律，利用联合时频变换代替传统傅立叶变换，建立目标时间-距离-多普勒立体像，提出一种基于立体像的目标架次检测方法。 |
| 9. | And the third is solid - state store witch record the stereo picture - pair . this thesis is provided in four chapters . chapter 1 and chapter 2 describe base knowledge , chapter 3 discusses key techniques used in on - board stereo image processing system , and chapter 4 focuses upon the successful application
数据图像的获取主要解决如何将像元数据从ccd相机输出的数据流中提取出来；数据的组帧编码主要负责将从三个ccd阵列得到的简单的像元数据恢复成彼此相关的立体像对；而数据的固态存储则主要探讨了大量数据在空间恶劣环境下的固态存储技术。 |
