| 1. | Doublet fine structure results from spin-orbit coupling and the two possible relative orientations of s and l .
双重精细结构起源于自旋一轨道耦合以及S和L的两个可能相对取向。 |
| 2. | Elements of relative orientation
相对定向元素 |
| 3. | Relative orientation program
相对方位计算程式 |
| 4. | Empirical relative orientation
经验相对方位 |
| 5. | Doublet fine structure results from spin - orbit coupling and the two possible relative orientations of s and l
双重精细结构起源于自旋一轨道耦合以及s和l的两个可能相对取向。 |
| 6. | Line stereo matching among image sequence by using result of relative orientation and geometry constrains from multiply views
基于相对定向结果和多视几何约束的序列影像直线相关研究 |
| 7. | Researches on the stereophotogrammetry of digital images , which include relative orientation , absolute orientation , image matching and the evaluation of their accuracies ; 4
普通数码影像的立体测量方法研究，其中包括对普通数字影像的相对定向方法、绝对定向方法、影像匹配方法的研究及其相应精度的评价； 4 |
| 8. | 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。 |
| 9. | ( 3 ) the study of gps orientation experiment in this paper , penman do some experiments by gps310 and gps315 . the main experiment including : gps310 odd spot experiment > gps315 relative orientation experiment gps3 10 area experiment
） gps定位试验分析在本课题中，把gps与gis技术应用到农田信息是比较重要的内容，因此笔者利用magellan公司的gps310与gps315做了一系列试验。 |
| 10. | In the next place , the paper introduces risk - degree of collision which is defined using distance and relative orientation between the mobile robot and obstacles , and then plans the path using the method based on risk - degree of collision and fuzzy logic control . the obstacle - avoidance simulation is carried out , the results indicate that the method is feasible . thirdly , in the multi - mobile - robots system , the robots are considered as moving obstacles between each other
在总结了前人对路径规划的研究和船舶避碰研究的基础上，形成了机器人碰撞危险度的概念，并给出了相应的数学描述，在采用模糊逻辑方法时，用障碍密集度来对模糊规则进行修改，并在基于机器人碰撞危险度和模糊逻辑的基础上进行了移动机器人路径规划的研究，通过仿真分析，表明该方法是可行的。 |
