Workshop Updates
Photo Gallery Workshop
June 24thJune 29th: Submission Deadline.
April 17th: Submission portal is now open.
April 16th: Workshop listed in the MICCAI satelite event program. MMMI/ML4MHD 2024 will be held on October 10th as a half-day event.
Scope
The International Workshop on Multiscale Multimodal Medical Imaging (MMMI) aims at tackling the important challenge of acquiring and analyzing medical images at multiple scales and/or from multiple modalities, which has been increasingly applied in research studies and clinical practice. MMMI offers an opportunity to present: 1) techniques involving multi-modal image acquisition and reconstruction, or imaging at multi-scales; 2) novel methodologies and insights of multiscale multimodal medical images analysis, including image fusing, multimodal augmentation, and joint inference; and 3) empirical studies involving the application of multiscale multimodal imaging for clinical use.
We are excited to broaden the scope of our typical topics by collaborating with the International Workshop on Multimodal Healthcare Data. This partnership enables us to expand the expertise to multimodal/multisensing healthcare data, with the goal of integrating image knowledge with other modalities.
Objective
Facing the growing amount of data available from multiscale multimodal medical imaging facilities and a variety of new methods for the image analysis developed so far, this MICCAI workshop aims to move the forward state of the art in multiscale multimodal medical imaging, including both algorithm development, implementation of the methodology, and experimental studies. The workshop also aims to facilitate more communications and interactions between researchers in the field of medical image analysis and the field of machine learning, especially with expertise in data fusion, multi-fidelity methods, and multi-source learning. In MMMI 2024, we’ll emphasize the potential of artificial general intelligence (AGI) and large-pretrained models in multi-modal, multi-scale medical imaging data.
Topics
Topic of submissions to the workshop include, but not limited to:
Image segmentation techniques based on multiscale multimodal images
Novel techniques in multiscale multimodal image acquisition and reconstruction
Registration methods across multiscale multimodal images
Fusion of images from multiple resolutions and novel visualization methods
Spatial-temporal analysis using multiple modalities
Fusion of image sources with different fidelities: e.g., co-analysis of EEG and fMRI
Multiscale multimodal disease diagnosis/prognosis using supervised or unsupervised methods
Atlas-based methods on multiple imaging modalities
Cross-modality image generative methods: e.g., generation of synthetic CT/MR images
Novel radiomics methods based on multiscale multimodal imaging
Shape analysis on images from multiple sources and/or multiple resolutions
Graph methods in medical image analysis
Benchmark studies for multiscale multimodal image analysis: e.g., using electrophysiological signals to validate fMRI data
Multi-view machine learning for cancer diagnosis and prognosis
Integrated radiology, pathology, and genomics analysis via learning algorithms
New image biomarker identification through multiscale multimodal data
Integrated learning using both image and non-image data
Multimodal fusion and learning in medical imaging, digital pathology, computational biology, genetics, electronic healthcare records, language/speech processing, and more.
Multimodal biomarkers for early prediction of disease onset, therapeutic response or disease recurrence
Benchmarking, domain shifts, and generalization of AI/ML in multimodal healthcare data
History of MMMI
MMMI 2019 (https://mmmi2019.github.io/) recorded 80 attendees and received 18 8-pages submissions, with 13 accepted and presented. The theme of MMMI 2019 was the emerging techniques for imaging and analyzing multi-modal multi-scale data. The 2nd MMMI workshop was merged with MLCDS 2021 (http://mcbr-cds.org/), recorded 58 attendees, and received 16 8-pages submissions, with 10 of them accepted and presented. The theme of MLCDS 2021 was the role and prospect of multi-modal multi-scale imaging in clinical practice. The 3rd MMMI workshop recorded 64 attendees and received 18 8-pages submissions, with 12 of them accepted and presented. The theme of MMMI 2022 was the novel methodology development for multi-modal fusion. The 4th MMMI workshop recorded 70 attendees and received 27 8-page submissions, with 17 accepted and presented. The theme of MMMI 2023 was the solutions for heterogeneities in multi-modal and multi-source medical imaging data. As multi-modal, multi-scale medical imaging is a fast-growing field, we are continuing the MMMI to provide a platform for presenting and discussing novel research from both the radiology and computer science communities.
History ML4MHD
Machine Learning for Multimodal Healthcare Data was successfully hosted at the International Conference on Machine Learning 2023 (https://sites.google.com/view/ml4mhd2023), with 33 submissions, 13 published papers and more than 60 attendees. The theme of the workshop was on learning methods for multimodal/multisensing healthcare data such as medical imaging, digital pathology, computational biology, genetics, electronic healthcare records, language/speech processing, and more.
Organization
General Chairs
Xiang Li
Assistant Professor, Department of Radiology, Massachusetts General Hospital and Harvard Medical School, Boston, MA
Email: xli60@mgh.harvard.edu
Andreas Maier
Professor, Pattern Recognition Lab, Friedrich-Alexander University Erlangen-Nuremberg, Germany
Email: andreas.maier@fau.de
Workshop Chairs
Bin Dong
Associate Professor, Beijing International Center for Mathematical Research (BICMR), Peking University, Beijing, China
Email: dongbin@math.pku.edu.cn
Daniel Rueckert
Professor, School of Computation, Information and Technology , Technical University of Munich, Germany
Email: daniel.rueckert@tum.de
Hao Chen
Assistant Professor, Department of Computer Science and Engineering, The Hong Kong University of Science and Technology, Hong Kong
Email: jhc@ust.hk
Jinglei Lv
Senior Lecturer, School of Biomedical Engineering, University of Sydney, Sydney, Australia
Email: jinglei.lv@sydney.edu.au
Paula Andrea Perez-Toro
Postdoctoral Researcher, Pattern Recognition Lab, Friedrich-Alexander University Erlangen-Nuremberg, Germany
Email: paula.andrea.perez@fau.de
Quanzheng Li
Associate Professor, Department of Radiology, Massachusetts General Hospital and Harvard Medical School, Boston, MA
Email: li.quanzheng@mgh.harvard.edu
Richard Leahy
Deans Professor, Electrical Engineering-Systems, Biomedical Engineering, and Radiology, University of Southern California, Los Angeles, CA
Email: leahy@sipi.usc.edu
Tomas Arias-Vergara
Postdoctoral Researcher, Pattern Recognition Lab, Friedrich-Alexander University Erlangen-Nuremberg, Germany
Email: tomas.arias@fau.de
Xiaoxiao Liu
Assistant Professor, Electrical and Computer Engineering Department , University of British Columbia, Canada
Email: xiaoxiao.li@ece.ubc.ca
Hui Ren
Instructor in Investigation, Department of Radiology, Massachusetts General Hospital and Harvard Medical School, Boston, MA
Email: hren2@mgh.harvard.edu
Yuankai Huo
Assistant Professor, School of Engineering, Vanderbilt University, Nashville, TN
Email: yuankai.huo@vanderbilt.edu
Program Commitee