Search Results for: catalin fetita
Catalin FETITA, Associate Professor
Catalin Fetita received an Engineer degree in Electronics from University POLITEHNICA (Bucharest, Romania), and a Ph.D. degree in Mathematics and Computer Science from University Paris V – René Descartes (Paris, France) in 1996 and 2000, respectively. In 2000, he joined the ARTEMIS Department at the TELECOM & Management SudParis as a research engineer, and became … Continue reading
OxHelease
Impact of helium-oxygen inhalation on ventilation, blood oxygenation, and aerosol deposition in chronic obstructive respiratory diseases: asthma and emphysema This project deals with the use of helium/oxygen mixtures in therapies of chronic obstructive diseases such as asthma and COPD (in particular, emphysema). The global objective is to investigate the use of helium-oxygen mixtures in these … Continue reading
AirPROM
Airway Disease Predicting Outcomes through Patient-Specific Computational Modeling Data from Europe’s biggest airway disease cohort will be used in AirPROM to help generate computer and physical models of the airway, to help professionals predict how people with these lung diseases might respond to different treatments. Current treatment plans adopt a ‘one size fits all’ approach, … Continue reading
RMOD
Morphofunctional simulation of airways In 2005, significant progress was made within the context of the RNTS R-MOD project, concerning the 3D reconstruction and functional exploration of the airways. The results concern, the first simulations of air flow within the bronchial network and, secondly, the development of new tools for 3D segmentation and analysis of the … Continue reading
HAPATIC VIEW
Computer-aided preoperative assessment of liver vessels Launched in 2005 as a joint research partnership with APHP – Pitié-Salpêtrière Hospital (Central Radiology Department), the Hepatic View study deals with the automated segmentation of hepatic vessels during various perfusion phases in CT imaging. The derived information is then exploited for computer-assisted pre-operative planning, both for healthy donors … Continue reading
BRAINVIEW
Quantitative assessment of neuro-degenerative diseases & brain poly-trauma in CT The BrainView project aims at developing advanced tools for (1) quantitative assessment of the brain structures, (2) anatomical and dynamical modelling of the cerebral ageing process, (3) estimation of the blood-brain barrier permeability, and (4) evaluation of anti-oedemic therapies for advances in the knowledge and … Continue reading
AIRWAYS
3D modeling of airways in CT The Airways project aims at developing advanced facilities for physio-pathological analysis of pulmonary airways in Multi-Detector Computed Tomography (MDCT). The challenging issue is to exploit the three dimensional anatomical information contained in MDCT data in order to automatically segment, represent and explore the airway structure. Computer-assisted diagnosis, preoperative investigation … Continue reading
3D ANDALUS
Computer-Aided Diagnosis for lung nodule detection & cancer screening 3D ANDALUS contributes to the implementation of a Computer-Assisted Diagnosis (CAD) system for lung cancer screening. From methodological advances achieved in collaboration with Pitié-Salpêtrière Hospital (Central Radiology Department) for the automated detection of pulmonary nodules by CT scanning, research work has continued within the context of … Continue reading
ILDE
Infiltrative lung diseases and emphysema Partners: APHP – Hôpital Avicenne / Service de Radiologie – APHP – Hôpital Pitié-Salpêtrière / Service de Radiologie – National Chung Cheng University Taiwan Type: National Keywords: Computer-Aided Diagnosis, Medical imaging, Modeling, Segmentation Contact : Catalin Fetita
Bronwall
Quantitative assessment of bronchial reactivity for asthma therapy Launched in 2004 in collaboration with Pitié-Salpêtrière Hospital (Central Radiology Department) and Glaxo France, the objective of BronWall is the quantitative evaluation of bronchial reactivity and bronchial wall thickening in asthmatic subjects. In 2005, the project continued with the development of a fully-3D bronchial wall segmentation model, … Continue reading
