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.
本文是林业立体视觉测量技术研究的一个基础部分，林业立体视觉测量技术的目的是实现测树自动化，以提高测量的效率和精度。
This research is the basic subsystem of forestry stereo vision system, which makes automatic tree size measure become reality to improve the efficiency and precision of the forestry measure work.
双目立体视觉的有效现场标定是实现高精度工件尺寸测量的关键技术。
Dual CCD stereoscopic vision calibration with high precision is the key technology to gain high precision dimension measure of work piece.
基于立体视觉的通用测量机器人是视觉检测技术在工程应用中一个非常有意义的研究领域。
The general measuring robot system based on stereo vision is one of the significant engineering fields of the vision measuring technology applications.
该文提出了一种应用立体视觉技术测量昆虫飞行特性的方法。
Based on the stereo vision technology, a new method for measuring the insect flight characteristics is proposed.
双目立体视觉是机器人视觉技术的一个重要分支，它可以解决机器人导航、基于视觉的测量以及机器手抓取等问题。
Binocular three-dimensional vision is an important branch of machine vision technology. It can solve the problem like as robot navigation, vision detecting and industry robot arm snatching.
目前立体视觉技术已经在三维测量、机器导航、虚拟现实等领域得到了广泛的应用。
It has been widely used in three-dimension measurement, robot navigation, virtual reality and so on.
本文系统研究了立体视觉三维测量中摄像机定标、特征点的提取与匹配、图像处理和三维计算等关键技术。
The key problems such as cameral calibration, characteristics obtaining and matching, image processing and 3D information calculation etc.
本文系统研究了立体视觉三维测量中摄像机定标、特征点的提取与匹配、图像处理和三维计算等关键技术。
The key problems such as cameral calibration, characteristics obtaining and matching, image processing and 3D information calculation etc.
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