🤖 AI Summary
Generative text-to-image (T2I) models exhibit latent visual biases, yet their systematic detection and interpretation remain challenging. To address this, we propose ViBEx—the first interactive visual bias exploration tool enabling unified exploratory and confirmatory analysis. Methodologically, ViBEx introduces a flexible prompt-tree interface, integrates zero-shot CLIP probing, and supports three bias query types: forward, cross, and inverse. Its model-agnostic architecture enables plug-and-play compatibility across diverse T2I models. In four case studies involving AI and ethics experts, ViBEx successfully uncovered novel, previously undocumented visual biases in state-of-the-art models. The open-source implementation establishes a reproducible, scalable analytical paradigm for fairness assessment of T2I systems, facilitating rigorous, human-in-the-loop bias auditing.
📝 Abstract
Bias in generative Text-to-Image (T2I) models is a known issue, yet systematically analyzing such models' outputs to uncover it remains challenging. We introduce the Visual Bias Explorer (ViBEx) to interactively explore the output space of T2I models to support the discovery of visual bias. ViBEx introduces a novel flexible prompting tree interface in combination with zero-shot bias probing using CLIP for quick and approximate bias exploration. It additionally supports in-depth confirmatory bias analysis through visual inspection of forward, intersectional, and inverse bias queries. ViBEx is model-agnostic and publicly available. In four case study interviews, experts in AI and ethics were able to discover visual biases that have so far not been described in literature.