Three dimensional reconstruction of the articular discs and articular surfaces was performed.
对关节盘及骨性关节面结构进行三维重建。
The result of two-dimensional slice and three dimensional reconstruction show good effect of this way.
图像二维切片和三维重建的结果表明该方法的效果良好。
Objective To evaluate the value of ct three dimensional reconstruction of vessels of pulmonary nodules.
目的探讨螺旋CT三维血管成像在肺结节性病变中的诊断价值。
Objective To evaluate the clinical applications of ct three dimensional reconstruction on maxillofacial diseases.
目的：探讨CT三维重建成像在颌面部疾病的临床应用价值。
Objective: to complete the Chinese digital human body and three dimensional reconstruction and to make a base for teaching and clinic use.
目的：为完成中国数字化人体及三维重建技术向教学和临床过渡奠定基础。
Conclusion ct scanning and three dimensional reconstruction is an effective and valuable early diagnostic method of children humeral distal end fracture.
结论CT扫描三维重建为儿童肱骨远端骨折患者早期诊治的一种准确的放射检查手段。
Conclusion: Three dimensional reconstruction and simulated operations, which are taken by computer-aided ct, will play an important role in making operative plan.
结论：应用计算机辅助的CT三维结构重建并进行模拟手术，对制定耳科手术计划有重要的意义。
In this paper, a computerized three dimensional reconstruction and display technique based on a computer work station for serial histological section is described.
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 we mostly research vessel segmentation, vessel centerline extraction and the three dimensional representation of vessels in the three dimensional reconstruction.
本文主要研究数字减影血管造影三维重建过程中的血管分割、中轴提取以及血管的三维表达问题。
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：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。
The volume of the inferior turbinate was measured from the three-dimensional reconstruction.
对下鼻甲体积的测定是在三维重现中完成的。
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.
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。
Three-dimensional reconstruction and measurement are carried out by means of linear structure light to scan profile, process and analyze projection image.
利用线结构光旋转扫描形面和对投影图像进行处理分析，实现三维重建和测量。
Methods 35 patients with complex maxillofacial fracture were scanned by spiral CT and then the images were taken three-dimensional reconstruction on work-station using different softwares.
方法对35例复杂颌面骨折患者行螺旋CT扫描后，利用工作站行图像后处理，选用多种软件技术进行三维重建。
The three-dimensional reconstruction ct of 22 cases with the jaw bone diseases and injuries by spiral scan had been collected.
本组收集了22例螺旋扫描的颌骨病变进行三维重建，评估其在临床中的应用价值。
In this paper, we compared and analyzed these two gratings on the aspects of principles, spectrums and computation efficiency of three-dimensional reconstruction.
就这两种双频光栅剖面术的原理、频域分析和三维重建的计算效率进行了详细的比较。
CONCLUSION Spiral ct three-dimensional reconstruction measurement can identify the degree of fracture shift exactly instruct and evaluate the operational restoration of zygomatic complex fractures.
结论：螺旋CT三维重建量测量能明确骨折移位的程度，指导颧骨复合体手术复位，并能准确评价手术复位效果。
AIM To evaluate the instructional effect of spiral ct three-dimensional reconstruction and stereo-measurement on zygomatic complex fracture operation.
目的：评价螺旋CT三维重建及立体定量测量对颧骨复合体骨折手术患者的相关指导作用。
Camera calibration, stereo rectification and three-dimensional reconstruction are the important con tents of stereovision research.
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。
To analyze the value of three-dimensional reconstruction imaging with spiral ct in the operative treatment of calcaneal fractures.
目的探讨螺旋CT三维重建在跟骨骨折手术治疗中的价值。
Artificial Joint reconstruction System based medical image is a typical multi-subjects field. It involves medical image process, three-dimensional reconstruction and virtual bionic manufacturing, etc.
基于医学图像的人工关节三维重建系统研究是一个典型的多学科交叉领域，它涉及到医学图像处理、三维重建、虚拟仿生制造等相关技术。
AIM: to reestablish the apical line of the spinous processes with helical ct three-dimensional reconstruction software, and compare the result with the touch diagnosis by orthopedic doctor.
目的：利用螺旋CT脊柱三维重建软件重建棘突顶线，并与手法医师触诊结果进行对照。
Methods: a Finite Element Model of human mandible is developed from ct scan images by the technologies of three-dimensional reconstruction, image processing and meshing.
方法：根据人体下颌骨的螺旋CT扫描图像，利用三维重建、图像处理和网格划分技术，建立人体下颌骨的三维有限元模型。
Objective To evaluate the value of 16-slice helical CT and three-dimensional reconstruction postprocessing technique for diagnosis of scoliosis.
目的：探讨16排螺旋CT三维重建对评价脊柱侧弯的意义及方法。
A finite element model of human mandible is developed from ct scan images by the technologies of three-dimensional reconstruction, image processing and meshing.
根据人体下颌骨的螺旋CT扫描图像，利用三维重建、图像处理和网格划分技术，建立了人体下颌骨的三维有限元模型。
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.
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。
Now based on the three-dimensional reconstruction of point cloud, it is to make three-dimensional surface grid model through some algorithm.
目前基于点云的三维重建，大都是通过一些算法构造出三维表面网格模型。
Computer technology is three-dimensional reconstruction of computer-aided design and computer graphics in an important area of study.
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。
Finally we introduce three-dimensional imaging system, three-dimensional reconstruction method and model that we have adopted, and the problem about image matching in the three-dimensional vision.
最后介绍了本系统所采用的立体成像方式、三维重建方法和模型，以及立体视觉中的图像匹配的问题。
In summary, the results of the research shows important reference value for optimum design of ranging laser diodes radar and follow-up three-dimensional reconstruction and analysis of target data.
综上可见，该研究工作和结果对于测距型激光二极管雷达的优化设计和后续三维数据重建及分析有着重要的参考价值。
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