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3D reconstruction from 2D images with hierarchical continuous simplices
2007
The Visual Computer
This paper presents an effective framework for the reconstruction of volumetric data from a sequence of 2D images. The 2D images are first aligned to generate an initial 3D volume, followed by the creation of a tetrahedral domain using the Carver algorithm. The resulting tetrahedralization preserves both the geometry and topology of the original dataset. Then a solid model is reconstructed using simplex splines with fitting and faring procedures. The reconstructed heterogenous volu-metric model
doi:10.1007/s00371-007-0157-0
fatcat:xrd25uxeereffaaiajph7x42o4