Sean Man
@sean-man.bsky.social
Ph.D. student Technion under Prof. Michael Elad ; Researching Image Inverse problems ; sean_8100🐦
✨ The result?
✅ Sharper images
✅ Significant speedups
✅ A simple framework for inverse problems with latent diffusion priors.
🧵[6/7]
✅ Sharper images
✅ Significant speedups
✅ A simple framework for inverse problems with latent diffusion priors.
🧵[6/7]
January 22, 2025 at 5:27 PM
✨ The result?
✅ Sharper images
✅ Significant speedups
✅ A simple framework for inverse problems with latent diffusion priors.
🧵[6/7]
✅ Sharper images
✅ Significant speedups
✅ A simple framework for inverse problems with latent diffusion priors.
🧵[6/7]
🚀 Excited to share our latest research: “SILO: Solving Inverse Problems with Latent Operators”!
A surprisingly simple approach to image restoration with latent diffusion models that achieves SOTA results while being 2.5x–10x faster than prior methods.
🧵[1/7]
A surprisingly simple approach to image restoration with latent diffusion models that achieves SOTA results while being 2.5x–10x faster than prior methods.
🧵[1/7]
January 22, 2025 at 5:27 PM
🚀 Excited to share our latest research: “SILO: Solving Inverse Problems with Latent Operators”!
A surprisingly simple approach to image restoration with latent diffusion models that achieves SOTA results while being 2.5x–10x faster than prior methods.
🧵[1/7]
A surprisingly simple approach to image restoration with latent diffusion models that achieves SOTA results while being 2.5x–10x faster than prior methods.
🧵[1/7]