AI in medical image analysis 2024
Contacts:
Stefano Giagu: stefano.giagu [at] uniroma1.it
Federico Giove: federico.giove [at] uniroma1.it
Alessandro Lonardo: alessandro.lonardo [at] roma1.infn.it
Alessandra Retico: alessandra.retico [at] pi.infn.it
Cecilia Voena: cecilia.voena [at] uniroma1.it
mailing list of the course: phdai-aimed24 [at] googlegroups.com
Course Topics
Introduction to medical imaging. X-ray CT
PET and MRI: principles and contrast generation
Images reconstruction. Noise in PET and MRI
Data representation and formats. Example pipeline for features extraction: from raw data to freesurfer cortical segmentation
Radiomic pipeline: radiomic features computation, feature selection and reduction, radiomic signatures
Hands-on on image feature exploration and representation
Machine learning techniques in medical image analysis
Deep learning-based classification and segmentation algorithms in medical image analysis
Hands-on on machine learning classification (neuro imaging MRI)
Introduction to computers:hardware organization, firmware and software, performance definition and measurement.
Computer arithmetic: fundamenta data types, arithmetic and logical operations
Data augmentation, and trasnfer learning techniques
Hands-on on deep learning methods for tissue classification
Hands-on on image lesion segmentation
Processor Architecture: functional units, registers, control unit, microprogramming; processing unit; pipelining, exceptions handling. Memory hierarchy: cache memory, virtual memory. Storage and I/O.
Overview of multicore systems, multiprocessors and clusters: parallel processing, classification, examples of many-core computing architectures (GPU), dedicated architectures for AI.
Transformers and visual Transformers
hands-on 1 on Visual Transformers
AI explainability and interpretability techniques and medical image applications
hands-on on xAI
Final Exam
The final exam is composed of two parts:
a topic chosen by the candidate
a brief discussion of one of the other topics discussed during the course, chosen by the committee
News & Communications
Lectures will start on 5/3/2024. See schedule for more details