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基于距离变换的多尺度连通骨架算法,本文提出一种新型骨架算法 ,在图形内根据距
离变换的约束 ,由骨架种子点开始以单像素宽度逐点生长出各骨架分支 ,逐点生长保证了连通性.实验证明该算法
的骨架生长过程是骨架由粗到精的演变过程 ,能够方便地实现骨架的多尺度控制.-Distance transform based on multi-scale skeleton connectivity algorithm, this paper presents a new type of skeleton algorithm based on distance transform graphics bound by the skeleton seed point to a single pixel width of the start point by point to the growth of the skeleton branches, point by point to the growth of guaranteed connectivity sexual. Experiments prove that the algorithm is the skeleton skeleton growth process by the evolution of coarse-to-fine process, the ability to easily achieve multi-scale control of the skeleton.
离变换的约束 ,由骨架种子点开始以单像素宽度逐点生长出各骨架分支 ,逐点生长保证了连通性.实验证明该算法
的骨架生长过程是骨架由粗到精的演变过程 ,能够方便地实现骨架的多尺度控制.-Distance transform based on multi-scale skeleton connectivity algorithm, this paper presents a new type of skeleton algorithm based on distance transform graphics bound by the skeleton seed point to a single pixel width of the start point by point to the growth of the skeleton branches, point by point to the growth of guaranteed connectivity sexual. Experiments prove that the algorithm is the skeleton skeleton growth process by the evolution of coarse-to-fine process, the ability to easily achieve multi-scale control of the skeleton.
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基于距离变换的多尺度连通骨架算法.pdf
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