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The detailed plan of the lecture Digital Processing of Medical Images
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The lecture is made of 6 parts (the 1rst is available in french as well, so you will find 7 items below) :
- Introduction (a SMIL document, 8mn 28s, 9.0 Mbytes)
- introduction and credits
- 3D images of the human body
- medical images
- visual examination
- the analysis of medical images
- the surgery room of the future
- classes of generic problems
- conclusion, past and future
- Introduction (a SMIL document, in french, 8mn 55s, 9.5 Mbytes)
- introduction et remerciements
- les images 3D du corps humain
- les images médicales
- l'examen visuel
- l'analyse des images médicales
- la salle d'opération du futur
- les classes de problèmes
- conclusion, le passé et le futur
- Registration (Introduction) (a SMIL document, 3mn 56s, 5.2 Mbytes)
- a central problem
- main applications
- classes of problems
- classes of pbs vs applications
- classes of solutions
- Geometric registration (a SMIL document, 19mn 52s, 20.5 Mbytes)
- the principle
- geometric landmark extraction
- rigid registration
- geometric registration
- non rigid registration
- conclusion and limitations
- Iconic registration (a SMIL document, 15mn 11s, 16.5 Mbytes)
- the principle
- geometric landmark extraction
- applications
- detection, measure of lesions
- inter-patients comparison
- superposition of an atlas
- measure of asymmetry
- MRI-US superposition
- stress-rest comparison
- conclusion
- Motion analysis (a SMIL document, 4mn 54s, 15.0 Mbytes)
- motivation
- imaging modalities
- a Tagged-MRI example
- conclusion
- Surgery simulation (a SMIL document, 16mn, 21.5 Mbytes)
- the motivation
- geometric modeling
- physical modeling
- the discret model
- the continuous model
- the pre-computed model
- the mass-tensor model
- the hybrid model
- perspectives
- references
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