文中对彩色序列图像的三维重构方法做了一些研究。
For Color slice images a new reconstruction method was proposed in the paper.
最后提出对二维图像进行三维重构，计算昆虫空间坐标。
At last, by a 3-d reconstruction, the space coordinates of insects can be calculated.
研究了基于ICT切片图形三维重构的轮廓边界配准技术。
The edge-matching technique of 3D reconstruction based on industrial computerized tomography (ICT) slicing images was researched.
这些都是借助高分辨电子显微镜提供的数据，进行三维重构得到的图像。
The images were created using 3D reconstruction of high resolution episcopic microscopy (HREM) data.
如果获得不同视点下的两组纯旋转图像，即可以实现三维重构。
If we can acquire two sets of images which is taken from different view point, 3d reconstruction can be realized.
dlt算法是利用平面图象进行三维重构的广泛采用的基本算法。
The DLT algorithm is widely used in 3-d reconstruction of planar images.
结论：为穴位的三维重构研究和其他相关的系统形态学研究奠定基础。
Conclusion Lay a foundation for the study on three-dimension reconstruction study and other correlative systematic morphological studies.
为了克服这些困难，可以采用单幅图像来代替多目图像进行三维重构。
In order to overcome these difficulties, a single image can be used to replace more images to make three-dimensional reconstruction.
提出了一种由轮廓线定义的任意复杂形状的物体的三维重构的通用方法。
A general solution to 3d reconstruction of the complex shaped objects defined by a set of contours is proposed.
由三维重构模型反求出产品的精度信息模型，进而实现产品的精度设计。
The products precision models are derived reversely from their 3D models so that the precision design of the products can be achieved.
自由曲面三维重构技术在反求工程、虚拟现实等领域具有广泛的应用价值。
The 3D reconstruction of free-form surfaces has been widely used in the fields of reverse engineering and virtual reality.
地层三维重构及其三维可视化对地质信息的获取和地质解释具有十分重要的意义。
The three-dimension reconstruction and three-dimension visualization of stratum model are very important for obtaining geological information and geological explanation.
材料微观组织结构的三维重构和定量表征一直是国内外材料科学领域的焦点和难点。
Three-dimensional reconstruction and quantitative characterization of the microstructure of materials is the most important and difficult part of material science.
随着医学图象临床应用研究的深入，基于医学图象的器官三维重构显得越来越重要。
With the research development of 3d medical image application in clinic, medical image 3d-reconstruction has become more and more significant.
对图像进行预处理，产生了一幅计算机易于识别和理解的图像，实现图像的三维重构。
After the pretreatment, an image easy to recognize and understand for computer is produced.
自由曲面的三维重构技术在制造工业、艺术设计及医疗整形等领域具有广泛的应用价值。
The three-dimension reconstruction technique of free-form surfaces has been widely used in many fields such as manufacturing industry, art design, medical treatment and plastic surgery.
把该方法应用于结构光的三维重构中，实验结果表明计算精度能满足三维数据融合的要求。
When it is used in 3D reconstruction by structured light, the experiment result shows the precision fits the needs of 3D data fusion.
传统的路面三维重构大多数仅反映了路面的部分信息，很难建立出立体直观的三维路面模型。
The traditional three-dimensional pavement reconstruction reflects part of the road information, it is difficult to establish a intuitionistic three-dimensional model.
在数字人体理论和模型研究基础上，开展了数字人体热红外图像特征和人体表面三维重构研究。
We carry out research about digital human body thermal infrared image characteristics and human body surface 3d reconstruction on the basis of digital human body theory and model research.
提出了一种单视三维重构方法，该方法是利用用户提供图像点及其对应的三维点之间几何信息。
In this paper, a method for performing single view 3d reconstruction is present, in which the user provides image points and geometric information about the corresponding 3d points.
如何从物体的二维图像中恢复三维结构，即三维重构，是计算机视觉技术研究领域中的重要问题。
How to restorate three-dimensional structure from two-dimensional image is referred to as three-dimensional reconstruction , which is an important area of human vision.
本文运用计算机视觉测量技术，将结构光法测得的反映物体轮廓形状的二维图像信息进行三维重构。
This paper studies 3d object reconstruction using 2d image of object contours got by structure light method and based on the computer vision technic.
其次，在几何建模方面，利用CT切片对喉部的声带等主要组织进行三维重构，形成真实的三维模型。
Secondly, for geometrical modeling, a three-dimensional model of main tissue such as vocal of throat is set up using 3d reconstruct from ct segments.
方法采用非接触式三维激光测量机获得物体表面点数据，利用反求工程、三维重构原理及实体造型原理。
Methods \ the non contact 3d laser measuring is used to obtain the point data of the object surface of blade.
本文详细阐述了冷冻电子显微镜技术和二十面体病毒计算机三维重构技术的原理和方法，并对其做了一些改进。
The principle and method of electron cryomicroscopy and computer three-dimensional reconstruction of icosahedral virus were described in detail, and some improvements were made in this thesis.
由于结构场景是由大量平面构成的，存在大量的平行性、正交性约束，因此该方法主要应用于结构场景的三维重构。
The main application is to structured scene, mostly planar structures where there are plentiful constraints to be had from parallelism and orthogonality.
由于结构场景是由大量平面构成的，存在大量的平行性、正交性约束，因此该方法主要应用于结构场景的三维重构。
The main application is to structured scene, mostly planar structures where there are plentiful constraints to be had from parallelism and orthogonality.
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