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| Medical Image Computing |
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Computer Assisted Interventional Systems and Robotics |
- data-driven segmentation
- anatomical atlases, object-based models and model-matching
- time series analysis
- functional image analysis
- co-registration (alignment) and image fusion
- combination of structural & functional information
- combination of information across scales
- quantitative analysis
- finite element models
- tensor & vector field analysis
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- instrument & patient localisation & tracking
- planning of interventions, invasive & minimally invasive
- simulation & training systems
- computer aided endoscopy
- guidance of surgery & minimally invasive procedures
- robotics
- clinical evaluation of systems
- safety issues
- medical telepresence & telesurgery
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| Bioscience Applications & Computer-Aided Diagnosis |
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New Applications for Specific Imaging Systems |
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- applications to different organs & systems
- biomechanics, tissue modelling & deformation analysis
- applications to different clinical specialities
- quantitative validation
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| Visualisation and Feedback |
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- magnetic resonance (MRI) applications
- CT & new x-ray tomography applications
- nuclear medicine
- conventioned microscopy
- confocal microscopy
- molecular imaging
- macroscopic optical imaging
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