Search - skeleton pruning

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[Graph program] skelinationpruning DL : 0: 一种新的骨架修剪算法，与之前的其他算法相比，在处理复杂图像时，其修剪效果更好。-A new skeleton pruning algorithm, and compared to other algorithms before, in dealing with complex images, the better pruning.
Date : 2025-07-12 Size : 883kb User : 王卫国
[Special Effects] Skeleton-pruning DL : 0: 这是谷歌特征点提取，可以提取到图像的轮廓，特征点及内部的纹理线，共同描述一幅图像-This is Google feature point extraction, can be extracted into the outline of the image, the texture of the feature points and the internal lines, common to describe an image
Date : 2025-07-12 Size : 84kb User : 王玉影
[ELanguage] BaiSkeletonPruningDCE DL : 0: Pruning skeleton Remove the spurious edge of s keleton-Pruning skeleton Remove the spurious edge of skeleton Remove the spurious edge of skeleton
Date : 2025-07-12 Size : 14kb User : Tran Quoc Huy
[Graph program] 实验报告7-马杰民1030514432 DL : 0: 1. 在GUI中，实现图像的阈值分割（交互式、迭代法）、区域生长。 2. 在GUI中，，实现二值图像的膨胀、腐蚀, 比较'结构元素类型为：square,line, diamond, disk等的区别。 3. 在GUI中，实现二值图像的开运算、闭运算。 4. 在GUI中，实现二值图像的形态学应用：边界抽取 (boundary extraction) 区域填充 (region filling) 细化 (thinning) 粗化 (thickening) 骨架 (skeletons) 修剪 (pruning)(1., in GUI, the image threshold segmentation (interactive, iterative), region growth is achieved. 2. in GUI, to achieve expansion and corrosion of two valued images, compare the types of structural elements: square, line, diamond, disk and so on. 3. in GUI, to achieve two valued images on the open, closed operations. 4. morphological applications of two valued images are implemented in GUI: Boundary extraction (boundary, extraction) Zone fill (region, filling) Refinement (thinning) Roughening (thickening) Skeleton (skeletons) Trim (pruning))
Date : 2025-07-12 Size : 782kb User : Jamesma