Discrete geometry for computer imagery

the long version

Discrete Geometry for Computer Imagery: 9th InternationalConference,DGCI 2000 Uppsala,Sweden,December 13–15,2000 Proceedings<br />Author: Gunilla Borgefors, Ingela Nyström, Gabriella Sanniti di Baja<br /> Published by Springer Berlin Heidelberg<br /> ISBN: 978-3-540-41396-7<br /> DOI: 10.1007/3-540-44438-6<br /><br />Table of Contents:<p></p><ul><li>Homotopy in Digital Spaces </li><li>Tesselations by Connection in Orders </li><li>A Concise Characterization of 3D Simple Points </li><li>Digital n-Pseudomanifold and n-Weakmanifold in a Binary (n + 1)-Digital Image </li><li>Digital Jordan Curve Theorems </li><li>A New Means for Investigating 3-Manifolds </li><li>Nearness in Digital Images and Proximity Spaces </li><li>Morphological Operators with Discrete Line Segments </li><li>Hausdorff Discretizations of Algebraic Sets and Diophantine Sets </li><li>An Algorithm for Reconstructing Special Lattice Sets from Their Approximate X-Rays </li><li>A Question of Digital Linear Algebra </li><li>Reconstruction of Discrete Sets with Absorption </li><li>Some Properties of Hyperbolic Networks </li><li>The Reconstruction of the Digital Hyperbola Segment from Its Code </li><li>Determining Visible Points in a Three-Dimensional Discrete Space </li><li>Extended Reeb Graphs for Surface Understanding and Description </li><li>Euclidean Nets: An Automatic and Reversible Geometric Smoothing of Discrete 3D Object Boundaries </li><li>Object Discretization in Higher Dimensions </li><li>Strong Thinning and Polyhedrization of the Surface of a Voxel Object </li><li>Deformable Modeling for Characterizing Biomedical Shape Changes</li></ul>