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.
提出了一种基于测量与校准功能合一的光学测棒的立体视觉坐标测量系统。
The paper proposes a stereo vision coordinate measurement system based on optical probe with the function of measuring and calibrating.
本论文提出一种采用光学测棒的三目视觉坐标测量系统，利用交汇成像原理实现三坐标测量。
This paper is mainly about a three-D coordinate measurement system, which is based on intersection converge imaging principle, using space probe.
基于红外led的光学测棒是大空间三维视觉测量系统的成像目标，也是影响系统测量精度的关键因素之一。
Optical probe based on infrared LED, used as the object of imaging of the large-space 3d vision measurement system, is also one of key factors that affect the accuracy of the system.
基于红外led的光学测棒是大空间三维视觉测量系统的成像目标，也是影响系统测量精度的关键因素之一。
Optical probe based on infrared LED, used as the object of imaging of the large-space 3d vision measurement system, is also one of key factors that affect the accuracy of the system.
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