| 1. | Delaunay triangulations and auto recognition of active fault
三角网剖分与活动断块自动识别 |
| 2. | A local adjustment algorithm for inserting constrained segments in delaunay triangulation
三角网剖分中嵌入约束边的局部调整算法 |
| 3. | Algorithm of delaunay triangulation generation based on convex shell and twice optimization
基于凸壳和二次优化的三角网生成算法 |
| 4. | Several new algorithms are described for adaptivity of delaunay triangulations
对于delaunay三角网格的自适应我们介绍了几个新的算法。 |
| 5. | Algorithm study of the delaunay triangulation embedded constrained segments and 3d visualization
三角网嵌入约束线段算法的研究及三维可视化 |
| 6. | Lastly , an arbitrary bone model fracture simulation method based on delaunay triangulation is presented
最后提出了一种基于delaunay三角剖分的骨骼模型的任意骨折模拟方法。 |
| 7. | 5 fortune s . voronoi diagrams and delaunay triangulations . computing in euclidean geometry , f k hwang , d z du eds . ,
第1步：对于起点s和终点t ，首先为它们分别选择最近的传感器结点和 |
| 8. | Delaunay refinement operates by maintaining a delaunay triangulation , which is refined by the insertion of additional vertices
Delaunay细化通过插入额外的点来进行细化，同时保持三角剖分的delaunay性质。 |
| 9. | In this thesis , we study some mainstream surface reconstruction algorithms for unorganized data set and adopt the algorithms based on delaunay triangulation
全局重建采用基于cocone方法的算法，并为了检测边界而对此方法进行了改进。 |
| 10. | Firstly , we introduced delaunay triangulation and developed a two dimensional delaunay triangulation program which can deal with large amount of data
介绍了delaunay三角化的原理和算法,开发了适用于海量数据的二维delaunay三角化处理程序。 |
