Mathematical morphology and its applications to image and signal processing. 3rd international symposium, Atlanta, GA, USA, May 11--13, 1996
The articles of this volume will be reviewed individually. Indexed articles: \textit{Ghosh, Pijush K.; Heijmans, Henk J. A. M.}, Metric convexity in the context of mathematical morphology, 7-14 [Zbl 0918.68117] \textit{Schmitt, Michel}, Support function and Minkowski addition of non-convex sets, 15-22 [Zbl 0918.68118] \textit{Mattioli, Juliette; Doyen, Luc; Najman, Laurent}, Lattice operators underlying dynamic systems, 23-30 [Zbl 0918.68132] \textit{Butt, Muhammad Akmal; Maragos, Petros}, Comparison of multiscale morphology approaches: PDE implemented via curve evolution versus chamfer distance transform, 31-40 [Zbl 0918.68119] \textit{Breen, Edmond; Jones, Ronald}, An attribute-based approach to mathematical morphology, 41-48 [Zbl 0918.68120] \textit{Charif-Chefchaouni, Mohammed; Schonfeld, Dan}, Spatially-variant mathematical morphology, 49-56 [Zbl 0918.68121] \textit{Roerdink, J. B. T. M.}, The generalized Tailor problem, 57-64 [Zbl 0918.68122] \textit{Singh, Balvinder; Siddiqi, M. U.}, Discrete random functions: Modeling and analysis using mathematical morphology, 65-72 [Zbl 0918.68133] \textit{Sivakumar, K.; Goutsias, J.}, Morphological sampling of random closed sets, 73-80 [Zbl 0928.68118] \textit{Serra, Jean}, Connectivity on complete lattices, 81-96 [Zbl 0919.06002] \textit{Salembier, P.; Oliveras, A.}, Practical extensions of connected operators, 97-110 [Zbl 0918.68134] \textit{Potjer, Fedde K.}, Region adjacency graphs and connected morphological operators, 111-118 [Zbl 0918.68135] \textit{Crespo, José}, Space connectivity and translation-invariance, 119-126 [Zbl 0918.68136] \textit{Heijmans, Henk J. A. M.}, Morphological filters for dummies, 127-137 [Zbl 0918.68137] \textit{De Mendonça Braga Neto, Ulisses}, Alternating sequential filters by adaptive-neighborhood structuring functions, 139-146 [Zbl 0918.68104] \textit{van den Boomgaard, Rein; Dorst, Leo; Makram-Ebeid, Sherif; Schavemaker, John}, Quadratic structuring functions in mathematical morphology, 147-154 [Zbl 0918.68138] \textit{Pessoa, Lúcio F. C.; Maragos, Petros}, MRL-filters and their adaptive optimal design for image processing, 155-162 [Zbl 0918.68139] \textit{Schonfeld, Dan}, Weighted composite order-statistics filters: Optimal morphological pattern recognition, 163-170 [Zbl 0918.68105] \textit{Skoneczny, S.; Stajniak, A.; Szostakowski, J.; Foltyniewicz, R.}, Links between mathematical morphology, rough sets, fuzzy logic and higher order neural networks, 171-177 [Zbl 0918.68140] \textit{Harvey, Neal R.; Marshall, Stephen}, Grey-scale soft morphological filter optimization by genetic algorithms, 179-186 [Zbl 0918.68141] \textit{Pappas, M.; Pitas, I.}, Soft morphological operators based on nonlinear \(L_p\) mean operators, 187-193 [Zbl 0918.68142] \textit{Sidiropoulos, N. D.}, The Viterbi optimal runlength-constrained approximation nonlinear filter, 195-202 [Zbl 0918.68143] \textit{Nadadur, Desika Chari; Haralick, Robert M.}, Recursive morphology using line structuring elements, 203-218 [Zbl 0918.68144] \textit{Talbot, Hugues}, A morphological algorithm for linear segment detection, 219-226 [Zbl 0918.68145] \textit{Anelli, G.; Broggi, A.; Destri, G.}, Toward the optimal decomposition of arbitrarily shaped structuring elements by means of a genetic approach, 227-234 [Zbl 0915.68168] \textit{Noguet, D.; Merle, A.; Lattard, D.}, A data dependent architecture based on seeded region growing strategy for advanced morphological operators, 235-243 [Zbl 0918.68146] \textit{Herwig, Christoph B.; Schalkoff, Robert J.}, Implementing morphological image operators via trained neural networks, 245-252 [Zbl 0918.68147] \textit{Dougherty, Edward R.; Chen, Yidong}, Optimal and adaptive design of reconstructive granulometric filters, 253-261 [Zbl 0918.68148] \textit{Jones, Ronald; Soille, Pierre}, Periodic lines and their application to granulometries, 263-272 [Zbl 0918.68149] \textit{Vincent, Luc}, Local grayscale granulometries based on opening trees, 273-280 [Zbl 0936.68106] \textit{de Alencar Lotufo, Roberto; Trettel, Eduardo}, Integrating size information into intensity histogram, 281-288 [Zbl 0918.68150] \textit{Jeulin, Dominique; Laurenge, Pascal}, Probabilistic model of rough surfaces obtained by electro-erosion, 289-296 [Zbl 0928.68119] \textit{Huet, Florence; Mattioli, Juliette}, A textural analysis by mathematical morphology, 297-304 [Zbl 0918.68106] \textit{Meijster, A.; Roerdink, J. B. T. M.}, Computation of watersheds based on parallel graph algorithms, 305-312 [Zbl 0918.68151] \textit{Marcotegui, B.}, Segmentation algorithm by multicriteria region merging, 313-320 [Zbl 0918.68152] \textit{Marqués, Ferran}, Temporal stability in sequence segmentation using the watershed algorithm, 321-328 [Zbl 0918.68153] \textit{Meyer, Fernand}, The dynamics of minima and contours, 329-336 [Zbl 0918.68154] \textit{Meyer, Fernand}, A morphological interpolation method for mosaic images, 337-344 [Zbl 0918.68155] \textit{Gu, Chuang}, Multivalued morphology and its application in moving object segmentation and tracking, 345-352 [Zbl 0918.68156] \textit{Demarty, C.-H.}, Mathematical morphology for image sequences using the knowledge of dynamics, 353-360 [Zbl 0918.68157] \textit{Ferrandière, Etienne Decencière}, Motion picture restoration using morphological tools, 361-368 [Zbl 0918.68158] \textit{Brèmond, R.; Marqués, Ferran}, Segmentation-based morphological interpolation of partition sequences, 369-376 [Zbl 0921.68108] \textit{Barrera, A. Junior; Salas, B. Guillermo Pablo; Hashimoto, C. Ronaldo Fumio}, Set operations on closed intervals and their applications to the automatic programming of MMach's, 377-384 [Zbl 0921.68109] \textit{Barrera, Junior; Terada, Routo; da Silva, Flávio Soares Corrêa; Tomita, Nina Sumiko}, Automatic programming of MMach's for OCR, 385-392 [Zbl 0928.68120] \textit{Cumplido, M.; Montolio, P.; Gasull, A.}, Morphological preprocessing and binarization for OCR systems, 393-400 [Zbl 0921.68110] \textit{Agam, Gady; Dinstein, Its'hak}, Adaptive directional morphology with application to document analysis, 401-408 [Zbl 0921.68111] \textit{Pisupati, Chandrasekhar; Wolff, Lawrence; Zerhouni, Elias; Mitzner, Wayne}, Segmentation of 3D pulmonary trees using mathematical morphology, 409-416 [Zbl 0921.68112] \textit{Madrid, Joaquin; Ezquerra, Norberto}, Automatic 3-dimensional segmentation of MR brain tissue using filters by reconstruction, 417-424 [Zbl 0921.68113] \textit{Pratikakis, I. E.; Sahli, H.; Cornelis, J.}, Watershed analysis and relaxation labelling: A cooperative approach for the interpretation of Cranial-MR images using a statistical digital atlas, 425-432 [Zbl 0921.68114] \textit{Vogt, Robert C.}, Robust extraction of axon fibers from large-scale electron micrograph mosaics, 433-441 [Zbl 0921.68115] \textit{Casas, Josep R.; Torres, Luis}, Strong edge features from image coding, 443-450 [Zbl 0921.68116] \textit{Lea, Suzanne M.; Lybanon, Matthew; Peckinpaugh, Sarah H.}, Water depth determination using mathematical morphology, 451-458 [Zbl 0921.68117] \textit{Pina, Pedro; Selmaoui, Nazha; Fortes, Manuel Amaral}, Geometrical and topological characterization of cork cells by digital image analysis, 459-466 [Zbl 0921.68131]
scientific article; zbMATH DE number 1120267