为获得更精确的重建结果，提出了一种改进的交互式医学图像分割算法；
To obtain the more accurate results, an interactive image segmentation algorithm is presented.
与传统的三维重建系统相比，该系统能够在用户交互很少的情况下进行三维重建，且能重建出完整的低失真的三维模型。
Compared with the traditional three-dimensional reconstruction system, this one can reconstruct the whole three-dimensional model with low distortion even in the case of litter user interaction.
针对当前三维重建系统中大量的交互和频繁的失真，根据运动进行物体三维重建的原理，设计了一个简便易操作的三维重建系统。
Since there are so many interactions and distortions in current systems, a simple three-dimensional reconstruction system based on the theories of motion are designed.
它适用于三维重建过程中用户需要交互式地动态调整透明度变换函数，以观察三维实体的不同细节的应用场合。
It applies to the situation that the user needs to interactively adjust the opacity transfer function to observe the varied details of the3D object.
基于单视图测量理论开发出了一个交互操作的三维重建系统。
Developed a manual 3d reconstruction system based on the theory of single view metrology.
基于单视图测量理论开发出了一个交互操作的三维重建系统。
Developed a manual 3d reconstruction system based on the theory of single view metrology.
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