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Surface Detection Using Round Cut
2014
2014 2nd International Conference on 3D Vision
We propose an iterative method for detecting closed surfaces in a volumetric data, where an optimal search is performed in a graph build upon a triangular mesh. Our approach is based on previous techniques for detecting an optimal terrain-like or tubular surface employing a regular grid. Unlike similar adaptations for triangle meshes, our method is capable of capturing complex geometries by iteratively refining the surface, where we obtain a high level of robustness by applying explicit mesh
doi:10.1109/3dv.2014.60
dblp:conf/3dim/DahlDL14
fatcat:5jw4wttfs5fsrowihwsifmuicy