Super-resolution Model Adaptation Based on Diffusion Model

The Stable-Diffusion model currently holds a dominant position in image generation technology. However, images generated by this model are influenced by training and can only produce images of a specific resolution. To enhance image resolution generated by the Stable-Diffusion model, this study investigates the combined impact of various mainstream Super-Resolution models with the Stable-Diffusion model. The experiment aims to enhance both the quality and speed of image generation. It evaluates the performance of different Super-Resolution models in boosting the resolution of images inferred by the Stable-Diffusion model while preserving image details. Research findings demonstrate that certain Super-Resolution models can significantly enhance image resolution while upholding high-quality images, offering an effective approach to achieve efficient image generation with limited computational resources.

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Publication Details

Published
2024-11-22
DOI
https://doi.org/10.1109/icicml63543.2024.10957850
Primary Topic
Advanced Image Processing Techniques
Type
article
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article

Super-resolution Model Adaptation Based on Diffusion Model

Yichuan Li, Xiang Yu
Advanced Image Processing Techniques
article

Super-resolution Model Adaptation Based on Diffusion Model

Yichuan Li, Xiang Yu
article en

Abstract

The Stable-Diffusion model currently holds a dominant position in image generation technology. However, images generated by this model are influenced by training and can only produce images of a specific resolution. To enhance image resolution generated by the Stable-Diffusion model, this study investigates the combined impact of various mainstream Super-Resolution models with the Stable-Diffusion model. The experiment aims to enhance both the quality and speed of image generation. It evaluates the performance of different Super-Resolution models in boosting the resolution of images inferred by the Stable-Diffusion model while preserving image details. Research findings demonstrate that certain Super-Resolution models can significantly enhance image resolution while upholding high-quality images, offering an effective approach to achieve efficient image generation with limited computational resources.

Yunnan Normal University (CN)
Openalex Percentile: Top 71%
Advanced Image Processing Techniques
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