Whose View of Safety? A Deep DIVE Dataset for Pluralistic Alignment of Text-to-Image Models

Alicia Parrish (Google) · Charvi Rastogi (Google DeepMind) · Tian Huey Teh (Papercup) · Pushkar Mishra (Google DeepMind) · Roma Patel (DeepMind) · Ding Wang · Mark Díaz (Google) · Aida Mostafazadeh Davani (University of Southern California) · Zoe Ashwood (Google DeepMind) · Michela Paganini (Google DeepMind) · Vinodkumar Prabhakaran (Google LLC) · Verena Rieser (HeriotWatt University) · Lora Aroyo (Google DeepMind)
aligned t2i modelscontext-dependent differencesdeep alignmentdemographically intersectional human ratersdemographics as proxydiverse human valuesdiverse intersectional visual evaluationefficient data collection strategiesequitable ai systemsharm perceptionllm judgment capabilitiesmodel steerabilitymultimodal datasetnuanced safety perceptionspluralism in ai alignmenttext-to-image models

Current text-to-image (T2I) models often fail to account for diverse human experiences, leading to misaligned systems. We advocate for pluralism in AI alignment, where an AI understands and is steerable towards diverse, and often conflicting, human values. Our work provides three core contributions to achieve this in T2I models. First, we introduce a novel dataset for Diverse Intersectional Visual Evaluation (DIVE) -- the first multimodal dataset for pluralistic alignment. It enables deep alignment to diverse safety perspectives through a large pool of demographically intersectional human raters who provided extensive feedback across 1000 prompts, with high replication, capturing nuanced safety perceptions. Second, we empirically confirm demographics as a crucial proxy for diverse viewpoints in this domain, revealing significant, context-dependent differences in harm perception that diverge from conventional evaluations. Finally, we discuss implications for building aligned T2I models, including efficient data collection strategies, LLM judgment capabilities, and model steerability towards diverse perspectives. This research offers foundational tools for more equitable and aligned T2I systems.Content Warning: The paper includes sensitive content that may be harmful.