双目匹配是计算机立体视觉的一个难点。
Binocular matching is a key problem in the field of computer vision.
目的：介绍以计算机立体视觉为模型建立的颈椎活动度精确测量系统。
Objective: To introduce the system of accurately measuring the range of motion (ROM) of cervical spine with computer stereovision model.
本文提出一种全新的计算机立体视觉新方法—光谱法三维成象与再现。
A new 3d computer vision approach, 3d spectrum imaging and reconstruction system, is proposed in this paper.
本研究分两部分，第一部分以计算机立体视觉为模型建立脊柱三维运动测量系统。
In the first part, a measuring system of three-dimensional motions of spine was established with computer stereovision model.
计算机立体视觉研究利用二维投影图像恢复三维景物世界的问题，是计算机视觉技术的主要任务之一。
Computer stereo vision mainly studies the issues of reconstruction of the 3d world from the 2d images, and is one of the main tasks of computer vision.
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.
双目立体视觉一直是计算机视觉的研究重点之一。
Binocular stereo vision is always one of the key research of computer vision.
本文从人类立体视觉的原理出发，重点讨论在计算机中如何从3d模型获取用于裸眼立体显示视差图像的问题。
The problem of how to extract parallax images from computer 3d models used in stereoscopic display is discussed in this paper.
在立体视觉的激光扫描测量系统中，物体的空间坐标与计算机图像坐标之间存在着复杂的非线性映射关系。
There is complex nonlinear mapping between the object space and image space in the 3d machine vision metrology.
在立体视觉的激光扫描测量系统中，物体的空间坐标与计算机图像坐标之间存在着复杂的非线性映射关系。
There is complex nonlinear mapping between the object space and image space in the 3d machine vision metrology.
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