它的立体摄像机眼睛前后转动，将房间里的物品尽收眼底。
Its stereoscopic camera eyes swivel back and forth, taking in the contents of the room.
立体摄像机：现在你可以给场景添加一个立体摄像机。
Stereoscopic camera: You can now add a stereoscopic camera to your scene.
该系统包括一个机载计算机和立体摄像机可以捕捉3D图像。
The system includes an onboard computer and a stereoscopic camera that can capture 3D images.
本文研究了立体摄像机精确定标方法，探讨并验证了摄像机镜头径向畸变的消除方法。
The accurate calibration methods of stereo cameras are studied, the way of erasing the radial distortion of cameras has been discussed and proved in experiment.
针对平行结构立体摄像机存在较大的遮挡边界区域问题，本文提出了一种基于可信图的遮挡边界检测算法。
Aimed at the presence of large occluded regions in stereo image pairs obtained from stereo camera pairs, an algorithm which can detect occluded boundary areas based on reliability map is proposed.
在各种立体模式例如浮雕、棋盘格和隔行扫描中选择，你可以以任何模式从立体摄像机渲染和查看渲染输出的结果。
Choose between various stereo modes such as anaglyph, checkerboard and horizontal interlace. You can render from the stereo camera and view the render output in any of these stereo modes.
他建造了这样一个平台：提供无线连接的笔记本电脑，用于固定sunSPOT13的支持物，以及用于查看工作单元活动情况的立体摄像机。
He constructed a platform on the device that holds a laptop computer to provide a wireless connection, a holder for a Sun SPOT, 13 and stereo cameras to see where the unit was going.
他后退一步，拿起一部原本被小心地放在立体声音响上的巴掌大小的数码摄像机。
He took a step back and touched a palm-sized digital video camera balanced carefully on top of the stereo.
虽然增加虚拟摄像机之间距离可以提高(来源于)立体视觉的深度感，但需要注意非预期的副作用。
Although increasing the distance between the virtual cameras can enhance the sense of depth from stereopsis, beware of unintended side effects.
基于双目立体视觉基本原理，得到特征点在摄像机坐标系下的位置。
The position of the feature points in camera coordinate system was obtained based on basic principle of binocular stereoscopic vision.
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.
以双目立体视觉传感器三维测量模型为基础，提出了一种用于测量空间三维点坐标的低成本单摄像机模型。
Based on the three-dimensional binocular vision sensor measurement model, a kind of low cost single camera model used to measure coordinates in space was established.
摄像机标定、立体校正以及三维表面重建是立体视觉研究的重要内容。
Camera calibration, stereo rectification and three-dimensional reconstruction are the important con tents of stereovision research.
提出一种实现通用摄像机标定和现场高精度立体视觉传感器标定的新方法。
A novel high-precision calibration method for universal camera calibration and on-field stereo visual sensor calibration is proposed.
本文提出了一种基于几何仿射不变量和亮度不变量的缺失摄像机标定参数图像的立体匹配方法。
In this paper, a stereo matching method for image uncalibrated camera parameter is proposed, which is based on geometric affine invariant and photometric invariant.
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.
每台摄像机以每秒60幅的速率连续拍摄，录像带录满之后，录制的立体图像就可以用标准的盒式放像机在电视机屏幕上进行播放。
Each of the two cameras serially records 60 pictures per second. When the tape has been completed, the recorded three-dimensional images can be reproduced on a TV screen using a standard VCR.
本文重点分析了摄像机镜头径向畸变对立体表面目标特征检测精度的影响；
The effect on inspecting precision of object feature on solid surface caused by camera radial distortion has been analyzed.
摄像机标定是立体视觉研究的重要组成部分。
Camera calibration is a important study part of stereo vision.
研究了摄像机非共面标定方法，完成单目立体视觉传感器的标定实验；
Studying the non-coplanar camera calibration method and completing the calibration experiment.
本文以立体视觉测量原理为基础，利用普通的CCD摄像机为基础测量工具，建立三维测量系统。
According to the principle of stereo vision, this paper presents a three-dimensional movement measurement system, based on CCD cameras.
基于摄像机透视成像的针孔模型，分析了立体视觉中摄像机标定和三维重建过程的主要误差来源。
Various error sources of binocular stereo system are analyzed based on pinhole camera model for estimation of the depth error.
结合结构光传感器和立体视觉传感器的优点，研究了基于单摄像机虚拟立体视觉传感器的方法。
Combining the advantages of structured light sensor and stereo vision sensor, a method based on single camera simulating stereo vision sensor has been studied.
立体视觉是计算机视觉中一个很重要的模块，它由人的双目产生立体感中获得的启示，研究如何从两个摄像机所得的两幅图象中获取场景中物体的深度（距离）信息。
The stereo vision is one of the very important part of the computer vision, which studys how to acquire the depth information of the object in the world from two images.
提出了一种基于双目立体视觉的摄像机外参数在线自标定算法。
This passage introduces a quick and on-line self-calibration algorithm for external camera parameters based on binocular vision system.
本文将探讨这种新方法在由左右摄像机增益差而导致立体图对亮度和反差不同时的情况。
Here, it is investigated how the new method reacts to a difference in average luminance and contrast of the left and the right image, caused by a gain difference in the left and the right camera.
本文首先研究了三维地图构建的前期算法，包括摄像机标定、立体视觉的匹配和高度数据获取等几个步骤。
The prophase algorithms of 3D map building were presented at first involved camera calibration, image rectification and stereo matching, depth data gaining and so on.
本文首先研究了三维地图构建的前期算法，包括摄像机标定、立体视觉的匹配和高度数据获取等几个步骤。
The prophase algorithms of 3D map building were presented at first involved camera calibration, image rectification and stereo matching, depth data gaining and so on.
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