Matthieu Terris (@MatthieuTerris) header
Matthieu Terris (@MatthieuTerris) profile picture

building https://teapawt.net/t.co/vq0SKxwF3Z

Paris
Joined February 2011
Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)Photo by Matthieu Terris (@MatthieuTerris)
🧵 I'll be at CVPR next week presenting our FiRe work 🔥 TL;DR: We go beyond denoising models in PnP with more general restoration (e.g. deblurring) models! A starting point observation is that images are not fixed-points of restoration models:
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But a cool feature inherited from this fixed-point approach is the ability to combine restoration models! Our results suggest that combining SR, deblurring and denoising priors works best.
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As a summary, don't forget to degrade your images before applying a restoration model 😁 For more details, come chat with me in Nashville! Last but not least, this is joint work with Thomas Moreau and @ukmlv 🫡 Paper: arxiv.org/abs/2411.18970 Code: next week!
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I'll be in Singapore this week for #ICLR2025, presenting "UNSURE: self-supervised learning with Unknown Noise level and Stein's Unbiased Risk Estimate" Ping me if you are around too!
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🧵 What if a single UNet could solve all inverse problems? In our latest preprint with @HuraultSamuel, Maxime Song, and @TachellaJulian, we build a single multitask UNet for computational imaging — and show it generalizes surprisingly well 👇 arxiv.org/abs/2503.08915
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And in challenging real-world imaging problems where there’s no ground truth and limited samples, we can still fine-tune… ✨ fully unsupervised! ✨ Using recent ideas from equivariant imaging + SURE, we adapt the model to a single noisy image, e.g. on this tough SPAD problem:
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🚢🚢 deepinv v0.3.0 is here, with many new features! 🚢 🚢 Our passionate team of contributors keeps shipping more exciting tools! Deepinverse (deepinv.github.io/) is a library for solving imaging inverse problems with deep learning.
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⚡ Last days to apply for this exciting project to make significant contributions to space-based telescopes like Euclid and JWST using statistics and machine learning! 🪐 Deadline: 1st April! ⏳
📢 PhD project alert 📢 🚀 We have a new open PhD position to work with François Lanusse and myself on "Point Spread Function Modelling for Space Telescopes with a Differentiable Optical Model". - Project details: tobias-liaudat.github.io/opp… Thread 🧵
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🚀 Do you want to learn about self-supervised learning for inverse problems? ▶️ Check out the 3-hour tutorial presented by Mike Davies and myself, covering recent advances in a unified and simplified framework! youtube.com/playlist?list=PL…
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“Typical priors: ‘This image looks natural.’ FiRE🔥priors: ‘This image survives degradation + restoration.’ Our CVPR 2025 paper shows how fixed points of restoration models can serve as powerful priors for inverse problems—because real images shouldn’t vanish when restored.
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