论文论述了摄像机标定技术和计算机视觉测距的基本方法与典型技术。
At the end of this paper, we discuss the basic method and typical technology of the camera demarcation technology and the machine vision range finding.
论文主要研究工作如下：1。研究了增强现实摄像机标定技术和视觉成像技术。
This paper completed the following work:1. Researched on camera calibration technique and visual imaging technology of Augmented Reality.
对新系统提出了方便实用的标定方法，在其中引入了摄像机定标技术。
By importing the camera calibration technique, a convenient and practical calibration method is proposed.
本文对双目视觉目标定位所涉及的摄像机标定、特征提取及立体匹配等关键技术进行研究。
In this thesis, the key technologies such as camera calibration, feature extraction and stereo matching involved in binocular vision were studied.
本文对软件实现过程中的主要技术环节逐一进行了说明，并对摄像机标定及其实验作了较为详细的介绍。
This paper illustrated the key technical links of system measurement one by one and carefully introduces the realizing process of the calibration of camera.
双目立体视觉技术的实现可分为图像获取、摄像机标定、特征提取、立体匹配和三维重建几个步骤。
The binocular stereo vision system is composed of following technologies:capture of images, camera calibration, image pre-processing and feature detection and 3D calculation.
研究探讨了计算机视觉技术的系统理论框架，分析了计算机视觉系统的关键技术问题和摄像机标定的方法。
Researched and discussed the system theory framework, and analyzed the critical technology questions and the camera calibration techniques.
为了提高传感器仿真中虚拟摄像机的仿真真实度，该文在标定算法线形模型的基础上，提出一种基于标定技术的虚拟摄像机仿真方法。
To increase the reality of a virtual camera in sensor simulation, this paper proposes a camera simulation method based on a linear calibration model.
在论述了几种方式的人体运动捕捉的基础上，介绍了光学运动捕捉的关键技术，包括摄像机标定、标记点跟踪和三维重建技术。
On the basis of discussion of human body motion capture, the key techniques of optical motion capture are introduced, including camera calibration, marker tracking and 3d reconstruction.
探讨了摄像机标定、激光平面标定、被测物体点三维坐标计算及多视角测量数据融合等关键技术。
Some key technologies are discussed such as video cameral calibrating, laser plane calibrating 3-D coordinate computing of measured object and data fusion of multiple view measurement.
探讨了摄像机标定、激光平面标定、被测物体点三维坐标计算及多视角测量数据融合等关键技术。
Some key technologies are discussed such as video cameral calibrating, laser plane calibrating 3-D coordinate computing of measured object and data fusion of multiple view measurement.
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