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Computational model of the pulmonary valve in hypertensive contexts
ArticleAbstract: Astrategy for pulmonary valve (PV) three-dimensional segmentation is proposed using 20 cardiac imagiPalabras claves:Filtering process, Pulmonary Valve, Segmentation.Autores:Arias V., Bravo A.J., Chacón J.G., Contreras-Velásquez J.C., Dávila L.C.A., Garicano C.M.D., González M.C., Graterol-Rivas M., Huerfano Y., Joselyn Zula, Mar A.D., Maritza Torres, Rianõ-Wilches D., Rina Ortiz, Rojas-Gómez D.M., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S., Wilson SigüenciaFuentes:googlescopusAn automatic technique for left ventricle segmentation from msct cardiac volumes
Conference ObjectAbstract: In this research, an automatic technique to segment the left ventricle from the heart information inPalabras claves:Autores:Arellano J., Bravo A.J., Huerfano Y., Mar A.D., Ruben Medina Molina, Vera M.Fuentes:scopusAnalysis of three-dimensional cardiac images
ArticleAbstract: Image analysis is a useful tool for the diagnosis, treatment and monitoring of several diseases. ThePalabras claves:Analysis, Cardiology, computed tomography, Emission Tomography, magnetic resonance, Preprocessing, Three-Dimensional Images, Ultrasound, Visualization, X-ray angiographyAutores:Bravo A.J., Chacón J.G., Contreras-Velásquez J.C., Graterol-Rivas M., Huerfano Y., Madriz D., Rianõ-Wilches D., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S.Fuentes:scopusA strategy based on local similarity enhancement for computational segmentation of the superior vena cava in cardiac computed tomography
ArticleAbstract: he article proposes a strategy to segment the superior vena cava (VCS) into 20-dimen- sion (3-D) imaPalabras claves:Local similarity Enhancement, segmentation, Superior vena cava, TomographyAutores:Bautista N., Contreras-Velásquez J.C., Cuberos M., Huerfano Y., Mar A.D., Rodriguez J., Saenz F., Valmore Bermúdez, Vera M., Vivas M.Fuentes:scopusEnhancement by local similarity for automatic segmentation of the thoracic aorta in cardiac computed tomography
ArticleAbstract: This work proposes a strategy to segment the thoracic aortic artery (TAA) into three-dimensional (3-Palabras claves:Local similarity Enhancement, segmentation, Thoracic aorta Artery, TomographyAutores:Contreras-Velásquez J.C., Graterol-Rivas M., Huerfano Y., Mar A.D., Rianõ-Wilches D., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S.Fuentes:scopusSegmentación automática de la arteria aorta ascendente y la válvula aórtica en imágenes de tomografiá computarizada cardiaca
ArticleAbstract: The present work proposes a technique for the automatic segmentation of the anatomic set consistingPalabras claves:Aortic Artery, Aortic Valve, computed tomography, Global Similarity Enhancement, Machines, segmentation, Vector SupportAutores:Bautista N., Contreras-Velásquez J.C., Graterol-Rivas M., Huerfano Y., Mar A.D., Rianõ-Wilches D., Rodriguez J.E., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S.Fuentes:scopusSegmentation of the pulmonary valve from cardiac tomography images using a strategy based on local similarity enhancement
ArticleAbstract: n the following article, the use of the local similarity strategy in the three-dimensional (3D) segmPalabras claves:Filtering processes, Local similarity Enhancement, Pulmonary Valve, segmentationAutores:Bautista N., Contreras-Velásquez J.C., Cuberos M., Huerfano Y., Ing F., Mar A.D., Rodriguez J., Valmore Bermúdez, Vera M., Vivas M.Fuentes:scopusRight atrium computational segmentation in cardiac tomography images
ArticleAbstract: strategy for right atrium (RA) three-dimensional segmentation is proposed using 20 cardiac imaging mPalabras claves:cardiac images, Global Similarity Enhancement, Right atrium, segmentationAutores:Arias V., Bravo A.J., Carem Prieto, Chacón J.G., Contreras-Velásquez J.C., Dávila L.C.A., Garicano C.M.D., González M.C., Graterol-Rivas M., Huerfano Y., Joselyn Zula, Mar A.D., Maritza Torres, Rina Ortiz, Rojas-Gómez D.M., Rojas-Quintero J., Salazar W., Valmore Bermúdez, Vera M., Wilches-Duran S., Wilson SigüenciaFuentes:googlescopusSuperior vena cava computational segmentation and hypertensive processes
ArticleAbstract: Astrategy for superior vena cava (SVC) three-dimensional segmentation is proposed using 20 cardiac iPalabras claves:Autores:Arias V., Bravo A.J., Carem Prieto, Chacón J.G., Contreras-Velásquez J.C., Dávila L.C.A., Garicano C.M.D., González M.C., Graterol-Rivas M., Huerfano Y., Joselyn Zula, Mar A.D., Maritza Torres, Rianõ-Wilches D., Rina Ortiz, Rojas-Gómez D.M., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S., Wilson SigüenciaFuentes:googlescopusTomografiá Computarizada Por Rayos Xen CardiologíA
ArticleAbstract: X-ray computed tomography is a modality routinely used in clinical practice. This modality generatesPalabras claves:Cardiology, Computerized tomography, X RayAutores:Bravo A.J., Chacón J.G., Contreras-Velásquez J.C., Graterol-Rivas M., Huerfano Y., Rianõ-Wilches D., Roa F., Rojas-Quintero J., Valmore Bermúdez, Vera M., Wilches-Duran S.Fuentes:scopus