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n-dimensional skeletonization: a unified mathematical framework

机译:n维骨架化:统一的数学框架

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摘要

We present a skelectonzation algorithm defined by ex- plicit Boolean conditions which are dimension independent. The pro- posed procedure leads to new thinning algorithms in two dimen- sions (2D) and three dimensions (3D). We establish the mathematical properties of the resulting skeleton referred to as the MB skeleton. From a topological point of view, we prove that the Algorithm preserves connectivity in 2D and 3D. From a metric point Of view, we show that the MB skeleton is located on a median hy- Persurface (MHS) that we define.
机译:我们提出了一种由骨架无关的布尔条件定义的骨架化算法。所提出的过程导致了新的细化算法在二维(2D)和三维(3D)中进行。我们建立所得骨架(称为MB骨架)的数学特性。从拓扑的角度来看,我们证明了该算法保留了2D和3D的连通性。从度量角度来看,我们表明MB骨架位于我们定义的中值曲面(MHS)上。

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