Three-dimension reconstruction is a typical research point in many fields such as calculator vision, mode identify and video technique.
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。
Conclusion Lay a foundation for the study on three-dimension reconstruction study and other correlative systematic morphological studies.
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。
Objective the method of three-dimension reconstruction with small data set was presented and then was used to investigate location and shape of the brain nucleus.
目的探索小数据量条件下三维重建方法，并用之研究脑内神经核团的空间形态和位置。
The three-dimension reconstruction and three-dimension visualization of stratum model are very important for obtaining geological information and geological explanation.
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 high accuracy raster generating algorithm adopted is very effective which can be approved by many experiments and can be used in the real three-dimension reconstruction application.
采用高精度光栅生成的算法，经过大量的实验证明是非常有效的，完全能应用在实际的三维重建和测量中。
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.
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。
Some experiments on a series of data show that this method is feasible to intermediate contour interpolation, and important in three dimension reconstruction and display of medical image data.
对一系列数据的实验结果表明，它是一种可行的层间轮廓线插值方法，对医学影像数据的三维重建和显示具有重要意义。
Conclusion The three dimension reconstruction method presented by this paper is effective to reconstruct brain nuclei and is helpful to identify precisely shape and location of brain nuclei.
结论三维重建方法对脑内神经团的三维重建切实有效，有助于对脑内神经核团形态位置的精确研究。
Objective To evaluate clinical value of spiral CT three dimension reconstruction (3DCT) in diagnosis of acetabular fracture.
目的探讨螺旋CT三维重建（3DCT）对髋臼骨折的临床应用价值。
ICT based CAD modeling technique is a new modeling method in reverse engineering domain. Three dimension reconstruction is a key process of it.
基于ICT的CAD建模技术，是一种引入了ICT这一高新科技的逆向工程方法，模型三维重建是这一技术的关键。
Result It can accurately display the jaw and face fracture anatomise and the relation with other parts with the spiral CT three dimension reconstruction.
结果螺旋CT三维重建技术能够立体地，详尽和精确地显示颌面部的三维骨折解剖结构和相邻关系。
Objective To study the biomechanical strength and three dimension structure image reconstruction of cancellous bone in femoral head between old and young people.
目的研究老年与青年股骨头松质骨的三维立体结构及力学性能。
Objective To study the biomechanical strength and three dimension structure image reconstruction of cancellous bone in femoral head between old and young people.
目的研究老年与青年股骨头松质骨的三维立体结构及力学性能。
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