PrefPalette: Personalized Preference Modeling with Latent Attributes
Shuyue Stella Li, Melanie Sclar, Hunter Lang, Ansong Ni, Jacqueline He, Puxin Xu, Andrew Cohen, Chan Young Park, Yulia Tsvetkov, Asli Celikyilmaz

TL;DR
PrefPalette is a novel framework that decomposes user preferences into interpretable attributes and models community-specific values, significantly improving prediction accuracy and providing transparent insights into human judgment.
Contribution
It introduces a scalable method for preference prediction that incorporates attribute effects and social community values, advancing personalized AI with interpretability.
Findings
Outperforms GPT-4o by 46.6% in accuracy on Reddit communities.
Reveals community-specific preference profiles like verbosity, sarcasm, and empathy.
Enhances understanding of human judgment through attribute-based modeling.
Abstract
Personalizing AI systems requires understanding not just what users prefer, but the reasons that underlie those preferences - yet current preference models typically treat human judgment as a black box. We introduce PrefPalette, a framework that decomposes preferences into attribute dimensions and tailors its preference prediction to distinct social community values in a human-interpretable manner. PrefPalette operationalizes a cognitive science principle known as multi-attribute decision making in two ways: (1) a scalable counterfactual attribute synthesis step that involves generating synthetic training data to isolate for individual attribute effects (e.g., formality, humor, cultural values), and (2) attention-based preference modeling that learns how different social communities dynamically weight these attributes. This approach moves beyond aggregate preference modeling to capture…
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Taxonomy
TopicsSentiment Analysis and Opinion Mining · Recommender Systems and Techniques · Mobile Crowdsensing and Crowdsourcing
