Instructors: Prof. Dr. Nassir Navab, Dr. Shahrooz Faghih Roohi, Ashkan Khakzar, Azade Farshad, Anees Kazi
Registration
- Registration must be done through TUM Matching Platform (please pay attention to the Deadlines)
- In order to increase your priority, please also apply via our own Registration system.
- The maximum number of participants: 24.
Announcements
- The preliminary meeting is scheduled for July 21st, from 13:00 to 13:30 with the following zoom link:
https://tum-conf.zoom.us/j/68880327576
Meeting ID: 688 8032 7576
Passcode: 144823
- Due to the current pandemic, the seminar happens virtually via Zoom (the meeting link will be shared with participants via email).
Introduction
- The aim of the course is to provide the students with notions about various machine learning techniques. The course is subdivided into a lecture/excercises block and a project.
- The lectures will include DL topics relevant to medical imaging applications. Each lecture will be followed by a practical hands-on exercise (e.g. the implementation in Python).
- The topics of the projects will be distributed at the beginning of the semester. Each topic will be supervised by a different person. The projects are to be realized by couples.
Course Structure
- Presentation: 50% Intermediate and Final Presentation (Done by all tutors -- mainly on your presentation skill, progress so far compared to other groups ...etc.)
- Use the CAMP templates for PowerPoint camp-tum-jhu-slides.zip
- The guideline for mid-presentation can be found here: GuidelineMLMI_MidPresentation.pdf
- The guideline for the final presentation can be found here: GuidelineMLMI_Final presentation_WS2022-23.pdf
- Project Progress: 50% Project Progress (Done by your tutor -- mainly on your weekly progress on lrz git repository.)
Schedule
Date | Session: Topic | Slides | Lecturer |
---|---|---|---|
08/11 | Invited Talk | Seyed-Ahmad Ahmadi | |
15/11 | Introduction to Clusters | Nikolas Brasch | |
22/11 | Graph Neural Networks | Anees Kazi | |
29/11 | Medical Image Reconstruction | Shahrooz Faghihroohi | |
06/12 | Incremental Learning | Indu Joshi | |
13/12 | Interpretability | Ashkan Khakzar | |
20/12 | Midpresentation | Students | |
17/01 | Generative Models | Azade Farshad | |
24/01 | Transformers | Yousef Yeganeh | |
31/01 | No Class | ||
07/02 | Final Presentation | Students |
Projects
Project | Tutors | Description | Students |
---|---|---|---|
3D Y-Net: Few-shot 3D Segmentation of Medical Images with Fourier Feature Networks | MLMI - WiSe23 - 3D YNet.pdf | Jiaping ZHANG, Joshua Stein, Haowei Zhang, Hamza Haddaoui | |
Material based reconstruction and segmentation | MLMI - WiSe23 - Material based reconstruction and segmentation.pdf | Haoran Cheng, Damian Depaoli, Bo Shao | |
Multimodal Representation Learning for Medical Applications | Matthias Keicher | MLMI - WiSe23 - Multimodal Representation Learning.pdf | Tim Tanida, Mohmmad Kashif Akhtar, Michelle Espranita Liman, Lars Frederik Peiss |
Real-time iOCT Volume Registration | MLMI - WiSe23 - OCT Registration.pdf | Malika Sanhinova, Ayman Iraqi, Mayar Mostafa, Juan Carlos Climent Pardo | |
Scope: Structural Continuity Preservation Network | MLMI - WiSe23 - Scope.pdf | Yongjian Tang, Amr Abuzer, Rui Xiao, Göktug Güvercin |