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arXiv · 2404.17254

Trinity Detector:text-assisted and attention mechanisms based spectral fusion for diffusion generation image detection

Jiawei Song·Dengpan Ye·Yunming Zhang
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Abstract

Artificial Intelligence Generated Content (AIGC) techniques, represented by text-to-image generation, have led to a malicious use of deep forgeries, raising concerns about the trustworthiness of multimedia content. Adapting traditional forgery detection methods to diffusion models proves challenging. Thus, this paper proposes a forgery detection method explicitly designed for diffusion models called Trinity Detector. Trinity Detector incorporates coarse-grained text features through a CLIP encoder, coherently integrating them with fine-grained artifacts in the pixel domain for comprehensive multimodal detection. To heighten sensitivity to diffusion-generated image features, a Multi-spectral Channel Attention Fusion Unit (MCAF) is designed, extracting spectral inconsistencies through adaptive fusion of diverse frequency bands and further integrating spatial co-occurrence of the two modalities. Extensive experimentation validates that our Trinity Detector method outperforms several state-of-the-art methods, our performance is competitive across all datasets and up to 17.6\% improvement in transferability in the diffusion datasets.

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Jiawei Song, Dengpan Ye, Yunming Zhang. 2024-04-26. Trinity Detector:text-assisted and attention mechanisms based spectral fusion for diffusion generation image detection. https://arxiv.org/abs/2404.17254

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