✨🧠Excited to have had the opportunity to present our work titled 'Diffusion Bridge Models for 3D Medical Image Translation' in IEEE #embc2025 conference. Some of the important points of discussion from the paper are in this 🧵
rdcu.be/dDm5k Nice work on latent space learning with biomedical data by amazing PhD student Myrl Marmarelis, who is working at the intersection of causality and machine learning. He's defending soon, so you should move fast if you want to lure him somewhere!
1/8
🚀 AI Breakthrough: "Interpretable Diffusion via Information Decomposition" 🧠
- Quantitative understanding of conditional diffusion models.
- Align text-image data using mutual information.
- Goes beyond "attention".
🎉 Accepted at #ICLR2024!
What are the #histopathology image #WSI patterns associated with gene expression in cancer? Can we discover them with #AI and use them for spatial profiling and #precision medicine?
Our preprint explores limitations & possibilities of #cpath for this.
biorxiv.org/content/10.1101/…
Robnik et al's Micro-canonical Langevin Monte Carlo arxiv.org/pdf/2303.18221.pdf sets a new standard for sampling. Elegant energy preserving dynamics that sample from a target distribution faster and with less bias!
AM is a general approach for learning CNFs or SDEs, w/o backdrop thru dynamics in training
-natural for trajectory inference in biology, w/time snapshots given
-or generative modeling w/flexible endpoint dists or interpolating processes
(learned a ton from @k_neklyudov here :)
Happy to share an update to Action Matching arxiv.org/abs/2210.06662, a method that learns the evolution of any distributions
learning Fokker-Planck eq. for any evolution
trajectory inference for biology
quantum systems simulation
connections to OT ( entropic, unbalanced)
I'm happy to announce that I'm joining @Vanderbilt_CS this fall as an Assistant Prof, building a Machine Learning and Medical Imaging group (alongside some truly wonderful faculty already there).
Please reach out if you want to collab!
How do road networks evolve? I, with my colleagues Johannes Uhl, Stefan Leyk, and @KristinaLerman have explored this question by recreating road networks since 1900.
1/🧵