Braquelaire, Achille (ed.); Lachaud, Jacques-Olivier (ed.); Vialard, Anne (ed.) Discrete geometry for computer imagery. 10th international conference, DGCI 2002, Bordeaux, France, April 3–5, 2002. Proceedings. (English) Zbl 0989.00057 Lecture Notes in Computer Science. 2301. Berlin: Springer. xi, 439 p. (2002). Show indexed articles as search result. The articles of this volume will be reviewed individually. The preceding conference (9th, 2000) has been reviewed (see Zbl 0952.00051).Indexed articles:Kropatsch, Walter G., Abstraction pyramids on discrete representations, 1-21 [Zbl 1055.68589]Köthe, Ullrich, XPMaps and topological segmentation – a unified approach to finite topologies in the plane, 22-33 [Zbl 1055.68588]Thürmer, Grit, Curves in \(\mathbb{Z}^n\), 34-44 [Zbl 1055.68131]Ciria, J. C.; Domínguez, E.; Francés, A. R., Separation theorems for simplicity 26-surfaces, 45-56 [Zbl 1055.68118]Hétroy, Franck; Attali, Dominique, Topological quadrangulations of closed triangulated surfaces using the Reeb graph, 57-68 [Zbl 1055.68127]De Floriani, Leila; Mesmoudi, Mostefa Mohammed; Morando, Franco; Puppo, Enrico, Non-manifold decomposition in arbitrary dimensions, 69-80 [Zbl 1055.68121]Gau, C. J.; Kong, T. Yung, 4D minimal non-simple sets, 81-91 [Zbl 1055.68125]Brun, Luc; Kropatsch, Walter G., Receptive fields within the combinatorial pyramid framework, 92-101 [Zbl 1055.68116]Lohou, Christophe; Bertrand, Gilles, A new 3D 6-subiteration thinning algorithm based on \(P\)-simple points, 102-113 [Zbl 1055.68591]Song, Yuqing; Zhang, Aidong, Monotonic tree, 114-123 [Zbl 1055.68621]Chastel, S.; Colantoni, P.; Bretto, A., Displaying image neighborhood hypergraphs line-graphs, 124-135 [Zbl 1055.68610]Frosini, A.; Simi, G., The reconstruction of a bicolored domino tiling from two projections, 136-144 [Zbl 1055.68614]Bruckstein, Alfred M., Digital geometry for image-based metrology, 145-154 [Zbl 1055.68581]Agnus, Vincent; Ronse, Christian, Topological reconstruction of occluded objects in video sequences, 155-164 [Zbl 1055.68607]Crespo, Jose; Maojo, Victor; Sanandrés, José A.; Billhardt, Holger; Muñoz, Alberto, On the strong property of connected open-close and close-open filters, 165-174 [Zbl 1055.68612]Soille, Pierre, Advances in the analysis of topographic features on discrete images, 175-186 [Zbl 1055.68620]Jonker, Pieter P., Morphological operations in recursive neighbourhoods, 187-196 [Zbl 1055.68587]Malandain, Grégoire; Boissonnat, Jean-Daniel, Computing the diameter of a point set, 197-208 [Zbl 1055.68592]Ros, Lluís; Sugihara, Kokichi; Thomas, Federico, Shape representation using trihedral mesh projections, 209-219 [Zbl 1055.68596]Damiand, Guillaume; Resch, Patrick, Topological map based algorithms for 3D image segmentation, 220-231 [Zbl 1055.68613]Žunić, Joviša, On characterization of discrete triangles by discrete moments, 232-243 [Zbl 1055.68113]Sintorn, Ida-Maria; Borgefors, Gunilla, Weighted distance transforms for images using elongated voxel grids, 244-254 [Zbl 1055.68619]Cortadellas, Javier; Amat, Josep; Frigola, Manel, Robust normalization of shapes, 255-266 [Zbl 1055.68611]Lindblad, Joakim; Nyström, Ingela, Surface area estimation of digitized 3D objects using local computations, 267-278 [Zbl 1055.68590]Herman, Gabor T., An abstract theoretical foundation of the geometry of digital spaces, 279-288 [Zbl 1055.68126]Veelaert, Peter, Concurrency of line segments in uncertain geometry, 289-300 [Zbl 1055.68132]Couprie, Michel; Bertrand, Gilles; Kenmochi, Yukiko, Discretization in 2D and 3D orders, 301-312 [Zbl 1055.68120]Andres, Eric, Defining discrete objects for polygonalization: The standard model, 313-325 [Zbl 1055.68114]Coeurjolly, David, Visibility in discrete geometry: An application to discrete geodesic paths, 326-337 [Zbl 1055.68584]Burguet, Jasmine; Malgouyres, Rémy, Multi-scale discrete surfaces, 338-349 [Zbl 1055.68582]Sugihara, Kokichi, Invertible Minkowski sum of polygons, 350-359 [Zbl 1055.68130]Marchadier, Jocelyn; Arquès, Didier; Michelin, Sylvain, Thinning grayscale well-composed images: A new approach for topological coherent image segmentation, 360-371 [Zbl 1055.68616]Buzer, Lilian, An incremental linear time algorithm for digital line and plane recognition using a linear incremental feasibility problem, 372-381 [Zbl 1055.68583]Starck, J.; Hilton, A.; Illingworth, J., Reconstruction of animated models from images using constrained deformable surfaces, 382-391 [Zbl 1055.68622]Balogh, E.; Kuba, A.; Del Lungo, A.; Nivat, M., Reconstruction of binary matrices from absorbed projections, 392-403 [Zbl 1055.68608]Mesmoudi, Mohammed Mostefa, A simplified recognition algorithm of digital planes pieces, 404-416 [Zbl 1055.68617]Carré, Philippe; Andres, Eric, Ridgelet transform based on Reveillès discrete lines, 417-427 [Zbl 1055.68609]Malgouyres, Rémy, A discrete radiosity method, 428-438 [Zbl 1055.68615] Cited in 2 Reviews MSC: 00B25 Proceedings of conferences of miscellaneous specific interest 68-06 Proceedings, conferences, collections, etc. pertaining to computer science 68U05 Computer graphics; computational geometry (digital and algorithmic aspects) Keywords:Bordeaux (France); Proceedings; Conference; DGCI 2002; Discrete geometry; Computer imagery Citations:Zbl 0952.00051 PDFBibTeX XMLCite \textit{A. Braquelaire} (ed.) et al., Discrete geometry for computer imagery. 10th international conference, DGCI 2002, Bordeaux, France, April 3--5, 2002. Proceedings. Berlin: Springer (2002; Zbl 0989.00057) Full Text: DOI