三维图像重建实验平台设计与实现。
Design and implementation of the 3d image reconstruction platform.
结果三维图像重建满意者38例，成功率88%。
Results Three-dimensional imaging was reconstructed successfully in 38 patients (88%).
本文提出了一个基于多结点插值样条和有限级数展开法的直接三维图像重建方法。
A direct 3-d image reconstruction method based on many-knot interpolating spline and finite series-expansion technique is presented in this paper.
方法：本文采用自由臂三维超声成像方法对39例各种疾病的患者进行了三维图像重建。
Methods:Two dimensional ultrasound image scanning by free hand was reconstructed stereoscopically in 39 patients with various kinds of disease.
实验结果表明，该三维图像重建方法非常有效，与原始算法相比取得了8倍左右的重建加速比。
The result shows that the reconstruction speed is promoted effectively, and can get a reconstruction speedup of 8 times compared to the original algorithm.
一个对病人谁需要一个面部假体表面的面部三维数据集，获得使用感应系统，以及面部三维图像重建。
A three-dimensional dataset of the facial surface of a patient who needed a facial prosthesis was obtained using a sensing system, and the three-dimensional image of the face was reconstructed.
随着四对比的快速管理，在CT扫描，这些细节图像可以到颈动脉，脑血管，冠心病或其他动脉的三维图像重建。
With rapid administration of IV contrast during the CT scan these fine detail images can be reconstructed into 3D images of carotid, cerebral, coronary or other arteries.
目的：研究基于网络重建颅面部组织的三维图像，并进行虚拟解剖。
Objective: to reconstruct the three-dimensional image of craniofacial part and realize virtual anatomy on Internet.
目前直接体积CT主要存在两大困难：一是如何获得三维图像精确重建所需的投影数据，包括扫描方式的可实现性；
Now the existing direct volume CT methods face two difficulties:first, how to get the projection data to reconstruct the 3D image exactly, including whether the scanning structure is practical;
提出了一个模型插值来重建三维图像的方法。
通过对重建图像进行旋转、截取等操作，获得了不同方向、不同部位的三维图形。
Different direction and different position images of the reconstructed pictures are got by rotation and interception respectively.
目的探讨在电脑中重建血管三维图像数学模型的方法。
Objective To probe the method of 3d reconstruction of blood vessels in computer.
随后扫描获得的数据重建出三维图像。之后，这些图像与临床的常规电标测系统比较决定消融靶点。
The scan data was reconstructed into 3-d images and compared to the clinical electrical mapping system routinely used to determine where to apply ablations.
本研究提出了一种用手术前MRI图像重建的三维图像与手术中的超声图像进行配准的方法，对肝部肿瘤热疗手术中的目标进行定位。
We present a method to register a pre-operative 3D MRI volume to a set of intra-operative ultrasound images for the target localization of the liver tumor in the thermotherapy.
通过正面像和侧面像实现两相流的三维重建，获取三维图像。
With the positive image and the profile obtained, the three-dimensional reconstruction of two-phase flow can be realized to get a three-dimensional image.
研究了不同波长的双光子激发对成像效果的影响，优化了荧光激发与探测光路，开发并完善了三维图像的恢复重建和数据分析软件。
Studied on wavelength impacts on multi-photon excitation and optimized and fixed the optical design, compiled softwares for 3D construction and data analysis.
研究了不同波长的双光子激发对成像效果的影响，优化了荧光激发与探测光路，开发并完善了三维图像的恢复重建和数据分析软件。
Studied on wavelength impacts on multi-photon excitation and optimized and fixed the optical design, compiled softwares for 3D construction and data analysis.
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