CLIP-AGIQA: Boosting the Performance of AI-Generated Image Quality Assessment with CLIP
Zhenchen Tang, Zichuan Wang, Bo Peng, and Jing Dong

TL;DR
This paper introduces CLIP-AGIQA, a novel CLIP-based model that significantly improves the accuracy of AI-generated image quality assessment by leveraging multi-category prompts and extensive visual-textual knowledge.
Contribution
The paper presents a new CLIP-based regression model with multi-category learnable prompts for enhanced quality assessment of generated images, outperforming existing models.
Findings
CLIP-AGIQA achieves state-of-the-art results on AGIQA-3K and AIGCIQA2023 benchmarks.
The model effectively utilizes CLIP's visual and textual knowledge for image quality evaluation.
Multi-category learnable prompts enhance the model's ability to assess diverse generated images.
Abstract
With the rapid development of generative technologies, AI-Generated Images (AIGIs) have been widely applied in various aspects of daily life. However, due to the immaturity of the technology, the quality of the generated images varies, so it is important to develop quality assessment techniques for the generated images. Although some models have been proposed to assess the quality of generated images, they are inadequate when faced with the ever-increasing and diverse categories of generated images. Consequently, the development of more advanced and effective models for evaluating the quality of generated images is urgently needed. Recent research has explored the significant potential of the visual language model CLIP in image quality assessment, finding that it performs well in evaluating the quality of natural images. However, its application to generated images has not been…
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Taxonomy
TopicsAdvanced Image Fusion Techniques · Medical Imaging and Analysis · AI in cancer detection
MethodsContrastive Language-Image Pre-training
