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Martino Alessandrini
Also published under:M. Alessandrini
Affiliation
Cardiovascular Imaging and Dynamics, KU Leuven, Leuven, Belgium
Topic
Cardiac Cycle,Atrial Fibrillation,Left Ventricular,3D Ultrasound,Catheter Ablation,Electrode,Image Registration,Inner Wall,Longitudinal Strain,Motion Field,Simulated Images,Training Set,Ultrasound Imaging,Atrial Activity,Atrial Fibrillation Patients,B-mode Images,Cardiac Motion,Control Points,Displacement Estimation,Displacement Field,Global Strain,Image Distortion,Left Atrium,Longitudinal Direction,Mitral Valve,Motion Estimation,Motion Model,Non-rigid Registration,Open-access Database,Phase Singularities,Pulmonary Vein,Receiver Operating Characteristic Curve,Right Coronary Artery,Rigid Transformation,Simulated Sequences,Spatial Resolution,Speckle Tracking,Strain Imaging,Synthetic Images,Synthetic Sequences,10-fold Cross-validation Scheme,3D Echocardiography,3D Geometry,3D Mesh,3D Simulation,3D Speckle Tracking,3D Tracking,Affine Transformation,Alignment Of Scans,Anatomical Images,
Biography
Martino Alessandrini received his M.Sc. degree in electronic engineering from the University of Bologna in 2007 and his Ph.D. degree from the Advanced Research Center on Electronics Systems and Information Technologies Ercole de Castro (ARCES) in May 2011. He currently holds a post-doctoral research grant from the Centre de Recherche en Imagerie Médicale (CREATIS), Lyon, France.
His research is principally dedicated to the processing of medical ultrasound images, with a focus on image restoration, registration, segmentation, despeckling, tissue characterization, and motion tracking techniques.
His research is principally dedicated to the processing of medical ultrasound images, with a focus on image restoration, registration, segmentation, despeckling, tissue characterization, and motion tracking techniques.