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X. Binefa, & Jordi Vitria. (1996). A contrast based focusing criterium. In IEEE International Conference on Pattern Recognition. Vol. A, pp. 805–809.
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Antonio Lopez, & Joan Serrat. (1996). Tracing crease curves by solving a system of differential equations. In ECCV 1996 (Vol. 1064). LNCS.
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Craig Von Land, Ricardo Toledo, & Juan J. Villanueva. (1996). CARE: Computer Assisted Radiology Environment. In Tecnologia de Imagenes Medicas, Convencion Iberoamericana sobre la Salud en la Sociedad Global de la Informacion..
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Craig Von Land, Ricardo Toledo, & Juan J. Villanueva. (1996). Object Oriented Design of the DICOM standard. In International Symposium on Cardiovascular Imaging..
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A. Pujol, & Juan J. Villanueva. (1996). Desarrollo de una interface basada en la utilizacion de redes neuronales aplicadas a la clasificacion de las respuestas electroencefalograficas a estimulos visuales. In XIV Congreso anual de la sociedad española de ingenieria biomedica.
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J.R. Serra, & J.B. Subirana. (1996). Perceptual Grouping on Texture Images Using Non-Cartesian Networks. In IEEE International Conference on Pattern Recognition. Vol B, pp. 462–466.
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Bart M. Ter Haar Romeny, W. Niessen, J. Weickert, P. Van Roermund, W. Van Enk, Antonio Lopez, et al. (1996). Orientation detection of trabecular bone. In Biophysics and Molecular Biology, International Biophysics Congress. Volume 65, pgs. P–H5–43.
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Josep Llados, Horst Bunke, & Enric Marti. (1996). Using cyclic string matching to find rotational and reflectional symmetric shapes. In H. B. H. N. R.C. Bolles (Ed.), Intelligent Robots: Sensing, Modeling and Planning (Dagstuhl Workshop) (pp. 164–179). Saarbrucken (Germany).: World Scientific.
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Josep Llados, Horst Bunke, & Enric Marti. (1996). Structural Recognition of hand drawn floor plans. In VI National Symposium on Pattern Recognition and Image Analysis. Cordoba.
Abstract: A system to recognize hand drawn architectural drawings in a CAD environment has been deve- loped. In this paper we focus on its high level interpretation module. To interpret a floor plan, the system must identify several building elements, whose description is stored in a library of pat- terns, as well as their spatial relationships. We propose a structural approach based on subgraph isomorphism techniques to obtain a high-level interpretation of the document. The vectorized input document and the patterns to be recognized are represented by attributed graphs. Discrete relaxation techniques (AC4 algorithm) have been applied to develop the matching algorithm. The process has been divided in three steps: node labeling, local consistency and global consistency verification. The hand drawn creation causes disturbed line drawings with several accuracy errors, which must be taken into account. Here we have identified them and the AC4 algorithm has been adapted to manage them.
Keywords: Rotational Symmetry; Reflectional Symmetry; String Matching.
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Josep Llados, Jaime Lopez-Krahe, & Enric Marti. (1996). Hand drawn document understanding using the straight line Hough transform and graph matching. In Proceedings of the 13th International Pattern Recognition Conference (ICPR’96) (Vol. 2, pp. 497–501). Vienna , Austria.
Abstract: This paper presents a system to understand hand drawn architectural drawings in a CAD environment. The procedure is to identify in a floor plan the building elements, stored in a library of patterns, and their spatial relationships. The vectorized input document and the patterns to recognize are represented by attributed graphs. To recognize the patterns as such, we apply a structural approach based on subgraph isomorphism techniques. In spite of their value, graph matching techniques do not recognize adequately those building elements characterized by hatching patterns, i.e. walls. Here we focus on the recognition of hatching patterns and develop a straight line Hough transform based method in order to detect the regions filled in with parallel straight fines. This allows not only to recognize filling patterns, but it actually reduces the computational load associated with the subgraph isomorphism computation. The result is that the document can be redrawn by editing all the patterns recognized
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Petia Radeva, A.Amini, J.Huang, & Enric Marti. (1996). Deformable B-Solids and Implicit Snakes for Localization and Tracking of SPAMM MRI-Data. In Workshop on Mathematical Methods in Biomedical Image Analysis (pp. 192–201). IEEE Computer Society.
Abstract: To date, MRI-SPAMM data from different image slices have been analyzed independently. In this paper, we propose an approach for 3D tag localization and tracking of SPAMM data by a novel deformable B-solid. The solid is defined in terms of a 3D tensor product B-spline. The isoparametric curves of the B-spline solid have special importance. These are termed implicit snakes as they deform under image forces from tag lines in different image slices. The localization and tracking of tag lines is performed under constraints of continuity and smoothness of the B-solid. The framework unifies the problems of localization, and displacement fitting and interpolation into the same procedure utilizing B-spline bases for interpolation. To track motion from boundaries and restrict image forces to the myocardium, a volumetric model is employed as a pair of coupled endocardial and epicardial B-spline surfaces. To recover deformations in the LV an energy-minimization problem is posed where both tag and ...
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A. Pujol, Javier Varona, & Joan Serrat. (1997). A machine vision system for the inspection of industrial sieves. In (SNRFAI’97) 7th Spanish National Symposium on Pattern Recognition and Image Analysis.
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Xavier Roca, X. Binefa, & Jordi Vitria. (1997). A New Accomodation Algorithm for a Microscopy Environment. In (SNRFAI’97) 7th Spanish National Symposium on Pattern Recognition and Image Analysis (pp. 66–67).
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Josep Llados, Gemma Sanchez, & Enric Marti. (1997). A String-Based Method to Recognize Symbols and Structural Textures in Architectural Plans. In Graphics Recognition Algorithms and Systems. GREC 1997. (Vol. 1389, pp. 91–103). LNCS.
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A. Martinez, S. Gonzalez, Jordi Vitria, & J. Lopez. (1997). NAT: a robot that recognizes offices. In Proceedings of CAEPIA–97. VII Conferencia de la Asociación Española para la Inteligencia Artificial. (pp. 327–336).
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