点模式匹配是视觉测量中的一种新方法；
提出了一种利用单目视觉测量目标距离的方法。
A method to measure object distance by monocular vision was proposed.
提出一种基于线结构光的回转式视觉测量系统。
A rotating measuring system based on structured light vision sensor is proposed.
介绍了一种新研制的两维计算机视觉测量系统。
This paper describes a new 2-d measurement system with computer vision.
视觉测量技术应用中经常需要测量目标的自动对准。
Automatic alignment of object is often needed in the application of vision measurement technology.
成像标定及图像分析、处理是视觉测量系统的关键环节。
Imaging calibration, image analysis and image processing are key components in vision inspection system.
图像分割与轮廓提取是计算机视觉测量技术的关键环节。
Image segmentation and border extracting technology play an important role in the computer vision measurement system.
视觉测量系统，可变焦数字照相测量系统等图像测量方法。
Vision measurement system, but image measuring techniques and so on focal variation numeral photography measurement system.
从原理和结构方面分析了单摄像机立体视觉测量的结构精度。
The precision of single camera stereo vision measurement based on the principle and structure is analysed.
介绍了如何利用双目视觉测量技术来解决工件的重定位问题。
The paper introduces how to apply the bi-eye visual measurement technique to resolve the re-orientation of the workpiece.
在大型物体三维视觉测量中，多视点云的对齐是其关键技术之一。
Multi-view point clouds registration is one of the key techniques in 3D vision measurement for large object.
其次，为了控制多传感器视觉测量系统而构建了CAN总线控制系统。
Secondly, the CAN bus control system for controlling multi-sensor visual measuring system is carefully structured.
基于激光网格标记的视觉测量技术是一种高精度的三维坐标测量技术。
The computer vision measuring technology based on the rectangular grid laser mark is a three-dimensional coordinate measuring technology with high accuracy.
本文介绍了一种通过单目视觉测量，实现机器人的自主定位的数学方法。
This paper introduces a method through the measurement by monocular vision which is used in the self-localization by mathematic method.
本文使用十字线激光器，配置CCD相机组成十字线结构光视觉测量系统。
Cross semiconductor laser and CCD camera are used to set up a vision inspection system in this paper.
摄像机标定方法的选择和标定精度直接影响着轮对动态视觉测量系统的精度。
The accuracy of vision measurement system is influenced by choices of the calibration method and calibration accuracy.
以立体视觉测量原理为依据，提出了一种基于三坐标测量机的非接触测量方法。
The paper gives a noncontact measurement method based on coordinate measuring machine and stereo-vision measuring principle.
介绍了基于计算机视觉测量的刀具预调测量仪系统，分析了测量原理和系统的结构。
A tool presetting measuring system based on computer vision measurement is introduced, and the measurement principle and system construction are analyzed.
在三维机器视觉测量系统中，二维数字图像边缘提取是进行三维坐标计算的必要前提。
In the 3d machine vision measuring system, the edge extraction of a 2d image is the prerequisite for 3d coordinate calculation.
成像系统标定是机器视觉测量系统所成图像和实际被测尺寸之间实现高精度转换的关键过程。
The calibration of a camera system is a key step to the precise conversion between an image of machine vision and the real dimension.
目前对该技术的改进主要集中在四个方面：流动可视化，视觉测量技术，斑点度量和图像处理。
With the technique improvement, focus is mainly put on four aspects: flow visualization, vision measuring technique, speckle measurement and image processing.
在基于线结构光的视觉测量系统中，激光光条中心的提取精度是影响系统最后精度的关键因素。
In structured_light vision system, the accuracy of laser stripe center position is the main factor that determines the final system accuracy.
本论文以梳刀结构参数视觉测量作为基础，对高精度立体视觉测量技术作了深入的研究和探讨。
The thesis makes a thorough researches and studies of the stereo vision measurement technique which is applied for the measurement of the structural parameters of a comb cutting tool.
本文运用计算机视觉测量技术，将结构光法测得的反映物体轮廓形状的二维图像信息进行三维重构。
This paper studies 3d object reconstruction using 2d image of object contours got by structure light method and based on the computer vision technic.
本文提出的结构光面扫描三维测量系统是基于机器视觉光栅编码原理的结构光扫描双目视觉测量技术。
The structure light 3-d measurement system is based on the structure light scanning binocular vision measurement of machine vision diffraction grating code principle technology.
试验过程中采用了非接触式的计算机视觉测量系统，避免了在天线上安装传感器对天线结构造成的影响。
During the experiment, using non-contact computer vision measurement system was used to avoid the affect of the installation of sensors on the antenna.
设计了一机器视觉测量系统，识别一幅图像中是否存在确定大小和形状子图像，若有则识别出它的位置。
This project is designed to set up a system of Machine Vision Detection based on the pattern Recognition and to study questions concerning system modeling.
光学成像条码定位是一种基于条码识别技术和机器视觉测量的光电自动化测量方法，具有广泛的应用领域。
Based on barcode recognition and machine vision technology, optical barcode image positioning (OBIP) has been widely applied in photoelectric automatic measurement fields.
光学成像条码定位是一种基于条码识别技术和机器视觉测量的光电自动化测量方法，具有广泛的应用领域。
Based on barcode recognition and machine vision technology, optical barcode image positioning (OBIP) has been widely applied in photoelectric automatic measurement fields.
应用推荐