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Master Internships

New methods for 3D animation in surgical assistance

High-fidelity eye modeling

Augmented reality for deformable objects

Augmented reality with topological changes

Vascular modeling for interventional radiology simulation

Estimation of Model Parameters From Observable Data for Augmented Reality and Robotic Control

Augmented reality for open liver surgery

Development of medical devices based on simulation

Interactive coupled lattices generation for real time physically-based mesh deformation

Real-time image-features detection and tracking in non-injected fluoroscopic images

3D modeling and animation for flexible endoscopy simulation

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