| 1. | Two methods for simplifying topological configurations of standard marching cubes algorithm
算法拓扑构形的方法 |
| 2. | As a result , the efficiency of the marching cube algorithm is improved
使得标准marchingcube算法的效率得到了有效的提高。 |
| 3. | In the area of isosurface rendering , mc ( marching cubes ) is the classical algorithm
在等值面提取法中最经典的算法是mc ( marchingcubes )算法。 |
| 4. | Three - dimensional rendering technique for visualization of mineral deposits based on a marching cubes algorithm
基于移动立方体法的矿体三维绘制技术 |
| 5. | 2 . standard marching cube algorithm is modified to reduce redundant polygon and to avoid ambiguous surface
因此，对医学影像数据进行重建是非常有意义的。 |
| 6. | Besides , this paper also introduces the classic algorithm marching cubes used in the medical images processing , including its principle , algorithm and the steps for realizing it
此外在三维重建方面，论文中详细介绍了医学图像处理中经典的marchingcubes算法，包括它的定义、原理、算法以及实现的步骤等。 |
| 7. | Several 3 - d rendering methods and their characters are analyzed . marching cubes , a kind of surface rendering method , is introduced . through the experiment on this method , the theory about cutting cubes and constructing isovalue surfaces is discussed
在对基于表面重建技术的marchingcubes ( mc )算法的研究中，着重讨论了其中剖分立方体构造等值面的原理，通过算法的实践，掌握其特点。 |
| 8. | Based on anatomical shape of every tissue in human leg , this paper finishes the segmentation and fill of preprocessed ct images , then adopts the high accuracy , low computation algorithm - - marching cubes for 3d reconstruction of bones and skin
根据腿部各组织的解剖学形态,对预处理后的ct图像进行分割和填充,并采用精确度高、运算量小的marchingcubes三维重建算法实现腿部骨骼及皮肤组织的形态学三维重建。 |
| 9. | An implicit equation with guaranteed differential properties is obtained by simple combinations of the primitives implicit representations using r - function theory . the surface corresponding to the zero - set of the implicit equation is efficiently and directly polygonized using the primitives parametric forms
但是，要得到所构建物体的外表面，也就是相关隐函数的零集合，需要对隐函数进行显示求解或使用一些面片生成算法如marching cubes算法。 |
| 10. | In this system , 3d visualization is another focus of our research besides the complex hardware so as to satisfy customer ' s requirements . amc ( advanced marching cubes ) algorithm is presented to complete the key step of visualization and the related image software has developed , which named sunnico image management system for confocal scanning microscope
在这套系统中，为了达到用户的可视化需求，我们对层析图像三维可视化进行了大量的研究，提出了amc ( advancedmarchingcubes )算法，并实现了集二维处理、三维可视化及数据管理一体化的配套软件： sunnico共聚焦扫描显微镜图像管理系统。 |
