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Communications in Computer and Information Science(2)
VISAPP 2010 - Proceedings of the International Conference on Computer Vision Theory and Applications(2)
Computerized Medical Imaging and Graphics(1)
IFMBE Proceedings(1)
Pan American Health Care Exchanges, PAHCE(1)
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Enfermedades(5)
Medicina y salud(5)
Fisiología humana(4)
Ciencias de la computación(2)
Farmacología y terapéutica(2)
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scopus(9)
An approach to coronary vessels detection in X-ray rotational angiography
Conference ObjectAbstract: An unsupervised clustering framework for automatic detection of coronary vessels in bidimensional (2Palabras claves:cardiac images, Coronary vessels, Rotational angiography equipment, segmentation, unsupervised clusteringAutores:Bedossa M., Bravo A.J., Garreau M., Le Breton H., Ruben Medina Molina, Toumoulin C.Fuentes:scopusAn unsupervised clustering framework for automatic segmentation of left ventricle cavity in human heart angiograms
ArticleAbstract: Cardiac function is routinely assessed from X-rays angiograms acquired at the cardiac catheterizatioPalabras claves:Cardiac function, cardiac images, Human heart, Left ventricle, segmentation, unsupervised clusteringAutores:Bravo A.J., Ruben Medina MolinaFuentes:scopus2-D segmentation of left ventricle in magnetic resonance images based on an optical flow algorithm
Conference ObjectAbstract: The optical flow enables the accurate estimation of cardiac motion. In this research, this tool is ePalabras claves:Left ventricle, optical flow, segmentationAutores:Garreau M., Ibarra E., Ruben Medina MolinaFuentes:scopusA hybrid boundary-region left ventricle segmentation in computed tomography
Conference ObjectAbstract: An automatic approach based on the generalized Hough transform (GHT) and unsupervised clustering tecPalabras claves:cardiac images, Generalized Hough transform, Left ventricle, mathematical morphology, segmentation, unsupervised clusteringAutores:Avila J., Bravo A.J., Clemente J., Ruben Medina Molina, Vera M.Fuentes:scopusImproving ventricle detection in 3-D cardiac multislice computerized tomography images
Conference ObjectAbstract: This paper reports a segmentation approach that enables detection of left ventricle in three-dimensiPalabras claves:cardiac images, Generalized Hough transform, Left ventricle, mathematical morphology, Multi-slice computerized tomography, segmentation, unsupervised clusteringAutores:Bravo A.J., Ruben Medina Molina, Vera M.Fuentes:scopusUsing morphological and clustering analysis for left ventricle detection in msct cardiac images
Conference ObjectAbstract: In this paper, an unsupervised approach based on non-linear filtering and region growing techniquesPalabras claves:cardiac images, Human heart, Left ventricle, mathematical morphology, segmentation, unsupervised clusteringAutores:Bravo A.J., Clemente J., Ruben Medina MolinaFuentes:scopusSeed-growing heart segmentation in human angiograms
Conference ObjectAbstract: In this paper an image segmentation scheme that is based on combinations of a non-parametric techniqPalabras claves:cardiac images, Human heart, Left ventricle, Mean shift, segmentation, unsupervised clusteringAutores:Bravo A.J., Clemente J., Ruben Medina MolinaFuentes:scopusRealce Por Similaridad Local Para La SegmentacióN Computacional Del VentríCulo Derecho En ImáGenes De TomografíA Computarizada CardíAca
ArticleAbstract: This work proposes a strategy to segment the right ventricle (RV) into three-dimensional (3-D) multiPalabras claves:Local similarity Enhancement, Right Ventricle, segmentation, TomographyAutores:Bravo A.J., Chacón J.G., Contreras-Velásquez J.C., Graterol-Rivas M., Huerfano Y., Mar A.D., Rianõ-Wilches D., Rojas-Quintero J., Ruben Medina Molina, Valmore Bermúdez, Vera M., Wilches-Duran S.Fuentes:scopusThree-dimensional segmentation of ventricular heart chambers from multi-slice computerized tomography: An hybrid approach
Conference ObjectAbstract: This research is focused on segmentation of the heart ventricles from volumes of Multi Slice ComputePalabras claves:cardiac images, heart ventricles, mathematical morphology, multi slice computerized tomography, Region growing, segmentationAutores:Bravo A.J., Garreau M., Ruben Medina Molina, Vera M.Fuentes:scopus