Céline Fouard
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  • Enseignement : une pédagogie active, pensée comme une méthodologie
  • Publications
    • Retrieving similar cases for clinical decision support in the context of revascularization of lower limbs
    • New Method CMR-Guided Endomyocardial Biopsy in Suspicion Context of Isolated Cardiac Sarcoidosis
    • Toward Decision Support System for Lower Limb Endovascular Revascularization
    • Segmentation of cardiac infarction in delayed-enhancement MRI using probability map and transformers-based neural networks
    • Transformers-Based Neural Network for Cardiac Infarction Segmentation in Delayed-Enhancement MRI
    • User-centered design for the development of a patient monitoring software for peripheral arterial disease
    • Connector for cables
    • Evaluation of the needle positioning accuracy of a light puncture robot under MRI guidance: results of a clinical trial on healthy volunteers
    • Light Random Regression Forests for automatic multi-organ localization in CT images
    • Design and validation of a CT-and MRI-guided robot for percutaneous needle procedures
    • Multi-view imaging system for laparoscopic surgery
    • Segmentation, separation and pose estimation of prostate brachytherapy seeds in CT images
    • Impact de l’orientation des grains iode 125 dans l’évaluation de la dosimétrie à 1 mois d’une curiethérapie prostatique
    • A modular CT/MRI-guided teleoperation platform for robot assisted punctures planning
    • Automatic 3D seed location and orientation detection in CT image for prostate brachytherapy
    • Fully Automatic Organ Localization in Medical Images Using Improved Random Regression Forests
    • Observations of Lightly Flexible Needle Deflection in 3D CT/MRI
    • Using CamiTK for Rapid Prototyping of Interactvie Computer Assisted Medical Intervention Applications
    • Consideration of seeds orientation in prostate brachytherapy and dosimetric analysis
    • CamiTK: a Modular Framework Integrating Visualization, Image Processing and Biomechanical Modeling
    • CamiTK: a Modular Framework Integrating Visualization, Image Processing and Biomechanical Modeling
    • Interventional radiology robot for CT and MRI guided percutaneous interventions
    • Non invasive ultrasound-based bone tracking
    • 3D/3D ultrasound registration for panoramic volume reconstruction
    • Imaging System for Three-Dimensional Observation of an Operative Site
    • LPR: A CT and MR-compatible puncture robot to enhance accuracy and safety of image-guided interventions
    • Light Puncture Robot for CT and MRI Interventions
    • 3D/4D ultrasound registration of bone
    • Weighted distance transforms generalized to modules and their computation on point lattices
    • An Objective Comparison between Gray Weighted Distance Transforms and Weighted Distance Transforms On Curved Spaces
    • Generating Distance Maps with Neighbourhood Sequences
    • Blockwise processing applied to brain microvascular network study
    • A Novel Three-Dimensional Computer-Assisted Method for a Quantitative Study of Microvascular Networks of the Human Cerebral Cortex
    • 3-D chamfer distances and norms in anisotropic grids
    • Extraction de paramètres morphométriques pour l'étude du réseau micro-vasculaire cérébral
    • Automated method for non-destructive 3D visualisation of plant root architecture using X-ray tomography
    • Skeletonization by blocks for large 3D datasets: application to brain microcirculation
    • Squelettisation par blocs pour de grands volumes de données 3D: application à la microcirculation cérébrale
    • Systematized calculation of optimal coefficients of 3-D chamfer norms
  • Projets académiques
    • REMI — Aide à la décision pour la revascularisation endovasculaire des membres inférieurs
    • LPR : d'une idée de laboratoire au prototype clinique
    • Localiser automatiquement les organes dans le scanner
    • Analyse d'images médicales
    • CamiTK : un atelier pour prototyper des applications médicales
    • Des fondations mathématiques aux images médicales
    • Extraction de paramètres morphométriques pour l'étude du réseau micro-vasculaire cérébral
    • Cardiologie interventionnelle
  • Parcours
  • Topics
    • Analyse d'images médicales
    • Géométrie discrète
    • IA pour la santé
    • Navigation & robotique
    • Pilotage de projets & maturation

Automated method for non-destructive 3D visualisation of plant root architecture using X-ray tomography

juin 1, 2004·
Kolesik Peter
,
Fouard Céline
,
Prohaska Steffen
,
McNeill Ann
· 0 min de lecture
PDF
publication
Dernière mise à jour juin 1, 2004
Lignes-Centrales These
← Extraction de paramètres morphométriques pour l'étude du réseau micro-vasculaire cérébral janv. 21, 2005
Skeletonization by blocks for large 3D datasets: application to brain microcirculation avr. 18, 2004 →
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