Utilizing natural traces from real images improves fake image detection by focusing on shared features rather than subtle differences.
A feature space not explicitly trained for real-vs-fake classification can achieve significantly better generalization in detecting fake images from unseen generative models compared to deep learning based methods.
Aligning real and fake image datasets during training by reconstructing real images with the generative model's autoencoder significantly improves the robustness and efficiency of fake image detectors for Latent Diffusion Models.
潜在拡散モデルを用いた偽画像検出において、本物と偽物の画像データセットのアラインメントを向上させることで、検出器は生成モデルのアーティファクトに焦点を当て、誤ったパターンを学習する可能性を減らすことができる。