jqtangust/Robust-R1

🔥🔥🔥[AAAI 2026 Oral] Official Implementation of Robust-R1: Degradation-Aware Reasoning for Robust Visual Understanding

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This project helps anyone working with visual data ensure their AI models can accurately understand images, even when those images are blurry, noisy, or damaged. It takes in degraded images and a question about them, then produces a more reliable answer. This is for professionals who need AI to interpret visual information accurately in real-world conditions, like quality control inspectors or autonomous system developers.

520 stars.

Use this if your image analysis or visual question-answering systems struggle with real-world image imperfections like blur, noise, or compression artifacts.

Not ideal if your primary concern is generating perfect images or if you are working with pristine, high-quality visual data exclusively.

visual-quality-control image-understanding robust-computer-vision degraded-image-analysis autonomous-vision-systems
No License No Package No Dependents
Maintenance 10 / 25
Adoption 10 / 25
Maturity 5 / 25
Community 11 / 25

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Stars

520

Forks

18

Language

Python

License

Last pushed

Jan 20, 2026

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