image-restoration

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#image-restoration

@anton_lozhkov: It’s really frustrating that @RiversHaveWings @StefanABaumann @Birchlabs et al’s HDiT arch (and NATTEN in general) does…

X AI KOLs Timeline · 2026-07-15 Cached

A tweet thread advocating for wider adoption of the HDiT architecture and NATTEN, highlighting its significant speed improvements in super-resolution, image restoration, and genome labeling.

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#image-restoration

SP^3: Spherical Priors for Plug-and-Play Restoration

Hugging Face Daily Papers · 2026-06-15 Cached

This paper introduces SP³, a method using Spherical Encoder priors for Plug-and-Play image restoration, achieving perceptual quality comparable to zero-shot diffusion priors while being 3–630× faster across tasks.

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#image-restoration

GGT-100K: Generative Ground Truth for Generalizable Real-World Image Restoration

Hugging Face Daily Papers · 2026-05-29 Cached

This paper introduces GGT-100K, a dataset of 103,707 image pairs for real-world image restoration, generated by using multimodal foundation models like Nano-Banana-2 to produce high-quality targets from low-quality inputs. Experiments show the dataset improves the generalization of various image restoration models.

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#image-restoration

When Fast Fourier Transform Meets Transformer for Image Restoration (2024)

Hacker News Top · 2026-05-18 Cached

SFHformer introduces Fast Fourier Transform into Transformer architecture for efficient image restoration, achieving state-of-the-art on ten tasks including deraining, dehazing, and super-resolution. The paper was accepted at ECCV 2024 with an extension SWFormer released in 2025.

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#image-restoration

PRISM: Prior Rectification and Uncertainty-Aware Structure Modeling for Diffusion-Based Text Image Super-Resolution

Hugging Face Daily Papers · 2026-05-13 Cached

PRISM is a diffusion-based framework for text image super-resolution that uses flow-matching prior rectification and uncertainty-aware residual encoding to improve accuracy under severe degradation, achieving state-of-the-art performance with millisecond-level inference.

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