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Published in:
2021 | OriginalPaper | Chapter
Abstracting Stone Walls for Visualization and Analysis
Authors : Giovanni Gallo, Francesca Buscemi, Michele Ferro, Marianna Figuera, Paolo Marco Riela
Published in: Pattern Recognition. ICPR International Workshops and Challenges
Publisher: Springer International Publishing
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Abstract
An innovative abstraction technique to represent both mathematically and visually some geometric properties of the facing stones in a wall is presented. The technique has been developed within the W.A.L.(L) Project, an interdisciplinary effort to apply Machine Learning techniques to support and integrate archaeological research. More precisely the paper introduces an original way to “abstract” the complex and irregular 3D shapes of stones in a wall with suitable ellipsoids. A wall is first digitized into a unique 3D point cloud and it is successively segmented into the sub-meshes of its stones. Each stone mesh is then “summarized” by the inertial ellipsoid relative to the point cloud of its vertices. A wall is in this way turned into a “population” of ellipsoid shapes statistical properties of which may be processed with Machine Learning algorithms to identify typologies of the walls under study. The paper also reports two simple case studies to assess the effectiveness of the proposed approach.