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  2. thesis subject

thesis subject

recruitment based on thesis subject

Monte Carlo simulations guided by artificial intelligence for medical physics and nuclear medicine. Study of GANs to model phase spaces.

Funded PhD position (IADoc@UDL program) : Federated machine learning for healthcare applications based on medical imaging

PhD fellowship: X-ray spectral imaging for phase contrast retrieval

Investigating parametric digital PET imaging in theranostic. Application to personalized 177Lu-based cancer treatments

PhD. Dosimetry for 177Lu treatments in internal radiotherapy based on imaging and Monte Carlo simulations

Regional pulmonary function measured by automated analysis of CT images for predictive phenotyping in COPD

Structural and kinematic analysis of the arterial wall in ultrasound image sequences using deep learning

Miniaturized ultrasounic transducer research and development

Adaptive strategies based on artificial intelligence for radiotherapy Head and Neck cancer treatment

Hierarchical integration of cardiac imaging data with machine learning

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