目的：对踝、距下关节外侧韧带进行计算机三维重建。
Objective: To provide computerized 3d reconstruction of ligaments of lateral aspect of the ankle and subtalar joints.
目的：对颈深筋膜及深筋膜间隙进行计算机三维重建以显示其立体结构。
Objective: To provide computerized 3D reconstruction of the deep cervical fascia and fascial space.
计算机三维重建技术是计算机辅助设计与计算机图形学中一个重要的研究领域。
Computer technology is three-dimensional reconstruction of computer-aided design and computer graphics in an important area of study.
目的：建立连续超薄切片计算机三维重建方法并显示甲状旁腺主细胞的立体形态。
Objective:To establish the method of computer aided three dimensional (3 D) reconstruction from serial ultrathins and display the stereo configurations of chief cells of parathyroid gland.
目的探讨骨性眼眶计算机三维重建方法，为眼眶病治疗和临床影像学诊断提供参考数据。
ObjectiveTo offer a reference for clinical image diagnose and establish a study method for computer rebuilding of bone orbit.
结论：计算机三维重建与显示在生药学和解剖学教学和科研中科学可行，具有良好的应用前景。
RESULTS: The computer 3-D reconstruction model image were animated, emulated and full of stereoscopic effects, and their morphological parameters of Radix Curcumae were offered.
计算机三维重建技术作为一门新兴的技术不但能通过连续组织切片进行重建，还可以对重建的三维结构进行测量获得器官组织长度、表面积、体积等精确参数。
Three-dimensional computer reconstruction as an emerging technology can not only reconstruct the organs by serial slices, but also calculate the length, volume, surface area of the organs.
评估用于脊柱三维重建的计算机工具的内部和内部可靠性。
Evaluate the intrarater and interrater reliability of a computer tool used for 3D reconstruction of the spine.
三维重建是计算机视觉、模式识别以及可视化技术等领域中的经典研究主题。
Three-dimension reconstruction is a typical research point in many fields such as calculator vision, mode identify and video technique.
介绍了基于计算机工作站的连续组织学切片图像三维重建与显示技术。
In this paper, a computerized three dimensional reconstruction and display technique based on a computer work station for serial histological section is described.
本文是在现有的三维重建方法基础上进行的改进研究，涉及到一些医学知识及计算机图形学基础知识。
This paper is an improvement research based on the existing methods of three-dimensional reconstruction, which involves some basic knowledge about medical and computer graphics.
兴趣点检测是许多计算机视觉应用的基础，如：摄像机定标、三维重建、图像匹配、视频检索、运动估计等。
The detection of interest points is the basis of kinds of computer vision applications, such as: camera calibration, 3d reconstruction, image matching, video retrieval, motion estimation, etc.
本文主要以计算机视觉原理以及数字图像处理理论和数字摄影测量学理论为基础，对影像的三维重建中的相关方法以及目标多视点、多尺度建模进行了研究。
Some methods about three-dimensional reconstruction of image modeling of targets are studied in this paper based on theories of computer vision, digital image processing and digital photogrammetry.
该算法为解决计算机视觉的测量、定位、三维重建等问题，提供一种全新的思路。
The algorithm to solve the measurement of computer vision, positioning, three-dimensional reconstruction, with a brand new idea.
方法：采集6例复杂脊柱侧后凸畸形患者CT断层扫描数据，利用计算机进行脊柱病变区域的数字化三维重建和快速成型，并将其应用于临床。
Method:The complicated spinal kyphoscliosis CT scanned data set of 6 patients were collected, by which three dimensional reconstruction and rapid prototype were achieved for clinical treatment.
方法将正常尸体头颅冰冻横断切片后，使用自制的三维重建程序，应用计算机对横断切片重建，并进行相应的立体观测。
Methods With human head frozen and transversely sectioned, self-made 3-d reconstruction program was used to reconstruct transverse section in computer for corresponding observation.
计算机视觉三维重建技术的研究是计算机视觉学科的一个重要领域，有助于实现非接触三维测量及快速建模。
The 3-d reconstruction technology of computer vision is a significant field of computer vision, and what's more, it can help realizing 3-d untouched measurement and fast reconstruction.
前言：目的：通过三维激光扫描仪对膝关节几何形态进行三维重建，建立膝关节计算机三维模型，探讨此方法对膝关节相关研究的指导意义。
Objective: Using 3d Laser Scanner for the establish of geometry shape of knee, we create its 3d computer model, and investigate this models guiding significances for correlated study.
采用混合水平集模型分割的结果可用于三维重建和三维充填物计算，从而达到计算机辅助指导临床手术的目的。
The segment results of hybrid level set model can be used in 3-D eye socket reconstruction and calculation of hydroxyapatite implant, which are useful in computer-aided surgery.
采用混合水平集模型分割的结果可用于三维重建和三维充填物计算，从而达到计算机辅助指导临床手术的目的。
The segment results of hybrid level set model can be used in 3-D eye socket reconstruction and calculation of hydroxyapatite implant, which are useful in computer-aided surgery.
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