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This paper outlines a simple method for computing outermost-surface polygon data from CT images. The concept involves manipulating CT values of object void structures and the subsequent application of isosurface extraction algorithms. To identify void structures, a morphological closing operator is applied to input images, and differences between the input and closed images are computed. The method enables the creation of topologically simple isosurfaces because polygonization of the internal structure is prevented. In addition, sub-voxel accuracy is guaranteed thanks to the application of common methods for polygonization.

Feature-preserving Outermost-surface Polygonization from CT images