实现的算法可以直接应用于数据挖掘、数字网格划分与评估、数据分割、数值地形曲面的简化等问题。
The algorithm can be directly applied to data mining, digital grid partitioning and estimation, data partitioning, digital terrain surface simplification, etc.
针对三维激光扫描仪获得的彩色人头数据集压缩问题，提出了基于区域分割的顶点合并网格简化算法。
To simplify the 3D color head dataset acquired from 3D color laser scanner, a new vertex merging mesh simplification algorithm based on region segmentation is presented.
该方法采用空间分割算法建立网格，以雷达检飞资料作为基础数据，用雷达方程推算各个网络中心的探测概率。
Based on the data of radar flight for test, the method applies radar equation to estimate the detection probability of gridding center.
在此基础上，提出一种网格层次分割算法。
Based on this metric, a hierarchical mesh segmentation algorithm is proposed.
实验结果表明，该算法可以实现有意义的网格分割，且对物体的姿态变化及噪声具有较好的鲁棒性。
Experiment indicates that the proposed algorithm is efficient and can partition a mesh into meaningful parts, meanwhile, it is invariant to the pose of the model and robust to noise.
该改进的MT算法用标准的正四面体单元取代传统的正六面体单元分割成的四面体单元作为MT算法的网格初始化单元。
This improved MT algorithm use standard tetrahedron as the initialized mesh unit instead of the tetrahedron dividing from the hexahedron.
通过对轮齿端面的合理分割，该算法有效地避免了端面网格中出现大的钝角，改善了单元质量。
By reasonably dividing the end surface area of gears tooth, presentation of big blunt angles among end surface meshes is avoided effectively and element quality is improved by employing the algorithm.
通过对轮齿端面的合理分割，该算法有效地避免了端面网格中出现大的钝角，改善了单元质量。
By reasonably dividing the end surface area of gears tooth, presentation of big blunt angles among end surface meshes is avoided effectively and element quality is improved by employing the algorithm.
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