Aiming at the difficulties in measuring path accuracy of industrial robots, a sensing method based on binocular vision theory is presented.
针对工业机器人运动轨迹准确度检测困难的问题，提出了一种基于双目视觉理论的检测方法。
A kind of method based on binocular vision for imaging velocity measurement of particle floating in the air or liquid is put forward.
针对漂浮在空气中或者液体中的粒子的速度测量，提出了一种基于双目视觉的测量方法。
A method for face stereo matching and disparity calculating in binocular vision system is proposed in this paper.
研究并实现了一种基于双目视觉的人脸立体匹配计算方法。
The invention provides a method for obtaining movement sound field video, which is based on regular sound array and binocular vision and belongs to the technical field of noise analysis and control.
本发明提出的基于规则声阵列和双目视觉的获取运动声场视频的方法，属于噪声分析和控制技术领域。
Abstract: According to the excessive error factors and difficult analysis of the binocular vision measurement systems, an error analysis method based on grey incidence technology was proposed.
摘要：针对双目视觉测量系统存在误差因素繁多、分析困难等问题，提出了一种基于灰色关联技术的误差分析方法。
In order to describe the non-linear relations between 3d geometry and stereo image point in the binocular vision, traditional calibration method involves many complicated mathematical models.
为了描述双目视觉中三维空间物点坐标和两个摄像机像面像点坐标间的非线性关系，传统的标定方法需要建立复杂的数学模型。
Based on the inspection system of binocular stereo vision, a new method of multi-view stereo vision inspection is presented.
以双目立体视觉系统为基础，提出了一种多目立体视觉测量的方法。
In this paper, a binocular vision system and a method for determining 3-d motion parameters of an object from binocular sequence images are introduced.
结合立体视觉的特点，介绍了一套双目视觉系统与完整的、由双目序列影像确定场景中目标运动信息的方法。
Method of measuring the leading vehicle distance based on the binocular stereo vision;
双目立体视觉传感器在机器视觉和三维测量中有着广泛的应用。
Present a binocular vision-based motion estimation algorithm, this algorithm using binocular measurement method and points-corresponding motion estimation, is an estimate of explorer motion.
该算法利用双目测距及基于点对应的运动参数估计原理，求取探测器的姿态和位置信息。
A realtime dynamic object recognition and localization method is presented for mobile robot using binocular vision.
提出了一种双目移动机器人实时动态目标识别与定位方法。
Binocular 3D Computer Vision metrical method was employed to measure the displacement of greater tuberosity relative to the humeral diaphysis.
对肩关节不同的外旋和前屈上举角度时大结节与肱骨干之间的相对位移进行测定。
Binocular 3D Computer Vision metrical method was employed to measure the displacement of greater tuberosity relative to the humeral diaphysis.
对肩关节不同的外旋和前屈上举角度时大结节与肱骨干之间的相对位移进行测定。
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