...心 关键词】 埋伏牙 螺旋CT 三维重建 [gap=983]Key words] maxilla unerupted teeth; spiral CT; 3-dimensional reconstruction ...
基于34个网页-相关网页
方法:对200例头面部外伤患者进行16层螺旋CT常规颅脑CT检查,并行三维重建技术(3-dimensional reconstruction,3D)和多平面重建技术(multiplanar reconstruction,MPR)。
基于4个网页-相关网页
目的探讨16层螺旋CT(16 slice spiral CT,16层SCT)及其三维重建(3-dimensional reconstruction,3D)与多平面重组(multiplanar reformation,MPR)在胫骨平台骨折诊断中应用价值。
基于2个网页-相关网页
方法:对200例头面部外伤患者进行16层螺旋CT常规颅脑CT检查,并行三维重建技术(3-dimensional reconstruction,3D)和多平面重建技术(multiplanar reconstruction,MPR)。
基于2个网页-相关网页
ct 3-dimensional reconstruction ct三维重建技术
computerized 3-dimensional reconstruction 计算机三维重建
Coronary angiography 3-dimensional reconstruction 冠脉造影三维重建
3-dimensional image reconstruction 三维图象重建的
3-dimensional metric reconstruction 三维度量重建
3 dimensional irradiance reconstruction 三维辐射重建
dynamic 3-dimensional echocardiography reconstruction 动态超声三维重建
Objective:Our study is to compare the accuracy of coronary angiography 3-dimensional reconstruction quantitative coronary analysis (3D-QCA) and 2-dimensional quantitative coronary analysis (2D-QCA) in diagnostic accuracy.
目的:比较冠状动脉造影三维重建的定量分析(3D-QCA)和二维平面的定量分析(2D-QCA)对冠状动脉血管病变评估的准确性。
参考来源 - 冠状动脉造影三维重建的定量分析研究The aim of the research is to reconstruct 3D geometry information of the scene, mostly include: image capture, image preprocessing, feature extraction, camera calibration, stereo matching and 3-dimensional reconstruction.
它的目的在于重构场景的三维几何信息。 主要包括图像采集、图像预处理和特征提取、摄像机标定、立体匹配以及三维重建。
参考来源 - 基于立体视觉的机器人视觉伺服研究·2,447,543篇论文数据,部分数据来源于NoteExpress
In 3-dimensional reconstruction of tomosynthesis, we have proposed two kinds of scanning sample methods for X-ray radiographs.
在圆层析合成法中,我们提出了两种X光扫描采样的方法。
Conclusion it is very useful to use MRI, image segmentation and 3-dimensional reconstruction techniques to guide the split-liver transplantation surgery.
结论利用MRI和图像分割以及图像三维重建技术指导劈离式肝移植手术,具有重要的临床意义。
The image processing part is emphasized on, including the modules of the image display, the image processing, the clinical protocols, 3-dimensional reconstruction and visualization etc.
本文描述了该系统的整体结构,重点介绍了其图像处理部分,包括图像显示、图像处理、临床分析规程、断层重建和三维可视化等模块。
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