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首页> 外文期刊>Pattern Recognition: The Journal of the Pattern Recognition Society >Skeletonisation algorithms with theoretical guarantees for unorganised point clouds with high levels of noise
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Skeletonisation algorithms with theoretical guarantees for unorganised point clouds with high levels of noise

机译:具有高噪声的无组织点云的理论保证的骨架化算法

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摘要

Data Science aims to extract meaningful knowledge from unorganised data. Real datasets usually come in the form of a cloud of points. It is a requirement of numerous applications to visualise an overall shape of a noisy cloud of points sampled from a non-linear object that is more complicated than a union of disjoint clusters. The skeletonisation problem in its hardest form is to find a 1-dimensional skeleton that correctly represents the shape of the cloud.
机译:数据科学旨在从无组织的数据中提取有意义的知识。真实数据集通常以点云的形式出现。许多应用程序都要求可视化从非线性对象中采样的噪声点云的整体形状,该非线性对象比不相交簇的并集更复杂。骨架化问题最难的形式是找到一个能正确表示云形状的一维骨架。

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