MULTIPLi - MULTIcentric and Privacy-preserving Learning in Healthcare
Workshop@AIME26
10 July 2026
Workshop@AIME26
10 July 2026
The increasing availability of heterogeneous healthcare data across institutions creates unprecedented opportunities for data-driven medicine, while simultaneously raising critical challenges related to privacy, governance, and data sharing. As a result, many high-value healthcare datasets remain isolated across institutions, limiting the development, validation, and generalizability of Artificial Intelligence (AI) models for clinical and biomedical applications, despite multicentric studies being widely regarded as the gold standard for robust and generalizable medical evidence. Multicentric and privacy-preserving learning paradigms, such as Federated and Distributed Learning, offer a promising path forward by enabling collaborative model training and analysis without requiring the exchange of raw and possibly sensitive patient data.
The MULTIPLi Health workshop addresses the methodological, technical, and practical challenges associated with building trustworthy AI systems under these constraints. It focuses on learning from multicentric and heterogeneous healthcare data while ensuring compliance with privacy regulations. The workshop aims to examine recent advances as well as unresolved issues related to scalability, robustness, evaluation, and deployment in real-world clinical environments.
By aligning with AIME’s focus on medical decision support and clinically meaningful evaluation, MULTIPLi Health provides a forum for advancing privacy-aware AI methodologies that are essential for the next generation of collaborative healthcare research.
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Spotlight presentations [##:##-##:##]
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Topics of interest include, but are not limited to:
Federated learning methods and architectures for healthcare applications
Federated analytics and distributed statistical analysis across hospitals and cohorts
Distributed and collaborative learning under data heterogeneity and imbalance
Privacy-preserving machine learning (e.g., differential privacy, secure aggregation, secure multi-party computation)
Learning from multicentric, multi-modal, and longitudinal healthcare datasets
Evaluation, benchmarking, and reproducibility in federated and multicentric settings
System infrastructures, platforms, and frameworks for distributed healthcare AI
Clinical use cases and real-world deployments of federated and privacy-preserving learning
Trust, robustness, and fairness in privacy-aware collaborative models
Explainable AI in federated and distributed learning
Submission Due Date: Day, Month xth, 2026, AoE
Notification of Acceptance: Day, Month xth, 2026, AoE
Early Registration Rate Ends: Day, Month xth, 2026
Camera-ready Papers Due: Day, Month xth, 2026
Workshop Date: Friday, July 10th, 2026, Ottawa, Canada
We invite submissions of original research on the previously mentioned aspects of TODO (see the complete list of topics above). Submissions should be best-effort anonymized and follow the AIME'26 template. The review process will be double-blind. We accept both short papers (4 pages + references + optional appendix) and long papers (8 pages + references + optional appendix). Submissions exceeding the long papers format will be desk-rejected.
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All accepted papers are expected to be presented in person. The workshop will not provide support for virtual talks.
Accepted papers will be presented either as talks or posters. There is no difference in scientific quality between talks and posters. The reviewing and selection processes are identical. The selection of papers will differentiate between oral and poster presentations according to the topics, and not to the level of quality.
Oral presentations: we allocated 15' for each paper presentation (12' + 3' of Q&A)
Poster presentations: we allocated 1'/2' for a spotlight oral presentation (just a couple of slides to raise your work's visibility). Poster guidelines can be found here: https://aaai.org/conference/aaai/aaai-26/poster-guidelines/
PostDoctoral Researcher
Semantic Computing Group
University of Bielefeld
Bielefeld, Germany
Professor
Director of the Institute for Artificial Intelligence in Medicine
LMU University Hospital Munich
Munich, Germany