1.
Research on the Online Detecting System for Vision Coordinate of Thermal Abnormity Surface;
异形曲面视觉坐标在线热检系统研究
2.
Study on Vision Coordinates Measurement Thoery Based on Single Camera Structure;
基于单摄像机结构的视觉坐标测量原理研究
3.
Study on measurement model of monocular vision coordinate based on virtual beelines
基于虚拟直线的单目视觉坐标测量模型研究
4.
A model and measuremental analysis of vision corrdinates
一种新的视觉坐标测量模型及影响因素分析
5.
A Theoretical Research of 3-Vision Coordinate Measurement Using a Space Probe;
采用光学测棒的三目视觉坐标测量系统的理论研究
6.
Research on the key Technology of the Vision Joint-type CMM
视觉关节式坐标测量机关键技术研究
7.
Stereo Calibration Based on Tri-linearly Interpolating Spatial Coordi nates
基于空间坐标的三线性插值立体视觉定标算法
8.
Study of the Key Technique on 3D Coordinates Vision Measurment System Using Light Pen;
光笔三坐标视觉测量系统关键技术的研究
9.
Design and Realization of Stereo Vision Measuring Probe Based on 3D Coordinate Measuring Machine;
基于三坐标测量机的立体视觉测头设计与实现
10.
The Research of Visual Servo System on the Orthogonal Coordinate Robot Based on the Internet;
基于网络直角坐标机器人视觉伺服系统研究
11.
A Measurement Method Research of Spatial Coordinate Based on Binocular Stereo Vision;
基于双目立体视觉的空间坐标测量方法研究
12.
Electromechanical Modeling and Simulation for Strapdown Polar Coordinate Visual Guidance Platform
极坐标捷联式视觉导引平台的机电建模与仿真
13.
Research on Long Distance Coordinates Measurement of Monocular Vision Based on Virtual Beelines
基于虚拟直线的单目视觉大视场物点坐标测量方法的研究
14.
Study on the Key Technique of Single Camera 3D Coordinate Vision Measurement System Using a Light Pen;
光笔式单摄像机三维坐标视觉测量系统关键技术的研究
15.
Research on the Forming Trajectory Alignment of Sheet Metal Incremental Forming Technology Based on Machine Vision;
基于机器视觉的金属板材数控渐进成形加工轨迹坐标对位研究
16.
An Improved Algorithm for Three-dimensional Coordinate Point in Binocular Stereo Vision;
一种双目立体视觉技术中三维坐标点的改进求取算法
17.
The Research of Calibration Algorithm for Camera Internal Parameters of 3D Coordinates Measurement in Large Space
大空间视觉三维坐标测量中的像机内参数校准算法研究
18.
Models to get the local and global coordinates are given and navigation methods of each CCD are discussed.
建立了双视觉测量目标相对和全局坐标的模型，给出了上目和下目的基本导航方法。