This work introduces epistemic warrant, a decision-level construct that characterizes the stability of a model's preference and the scope over which that preference holds, and demonstrates that epistemic warrant provides information distinct from verbalized confidence and is not readily explained by decision difficulty.
Abstract
Large language models are increasingly used to support organizational decisions, yet users often lack a principled basis for assessing whether to rely on a specific recommendation. Existing approaches typically evaluate broad model properties, such as reliability, uncertainty, or robustness, or focus on user trust, rather than the underlying basis for relying on an individual recommendation. Adapting theoretical foundations from epistemology, we introduce epistemic warrant, a decision-level construct that characterizes the stability of a model's preference and the scope over which that preference holds. We operationalize this construct through a four-tier reliance certificate for pairwise recommendations, distinguishing among unstable, context-dependent, locally supported, and broadly supported recommendations. We validate the construct using contemporary methodologies: known-groups tests successfully recover expert-prespecified warrant orderings, and stronger warrants systematically align with independent consensus from crowd workers. Furthermore, we demonstrate that epistemic warrant provides information distinct from verbalized confidence and is not readily explained by decision difficulty. Ultimately, this framework offers a theoretically grounded, implementable approach for characterizing the warrant of individual LLM recommendations when objective ground truth is unavailable.
Generative AI systems are increasingly deployed in high-stakes professional contexts, where their outputs shape what users believe, how they reason, and what they treat as settled. This raises a central question for responsible AI: under what conditions is reliance on generative AI outputs epistemically warranted rathe...
Nimisha Karnatak, M. Van Kleek, Nigel Shadbolt· 0 citations
How well does a recommender system know you? These systems are typically trained on the silhouette of user activity to predict immediate engagement, yet this narrow focus may paradoxically expose how incomplete the system’s knowledge of the user really is. Rather than recommending from established user preferences, thi...
Daniel Nemirovsky, Priya Nirmal Singh Khokher, Adarsh Jois et al.· Proceedings of the 20th ACM...· 0 citations
It is found that LLM judges are influenced by descriptions of a recommendation algorithm’s optimization objective, even when evaluating identical recommendation outputs, a phenomenon the authors term intent-description anchoring bias.
Himan Abdollahpouri, Kyle Kretschman, M. Lalmas· Proceedings of the 20th ACM...· 0 citations
A probe corpus of 42 retracted, fraudulent, and pseudoscientific papers is paired with a methodology for eliciting and scoring single-shot model engagement with each paper's framing, indicating an urgent need for guardrail infrastructure for scientific deployment of language models.
This work proposes Sequential Epistemic and Action-Level Validation (SEAV), a verification-centric jailbreak evaluation framework that decomposes responses into ordered steps and evaluates both validity and correctness, and shows that enforcing correctness substantially reshapes measured robustness.
Qilong Wu, Sahil Wadhwa, Pranab Mohanty et al.· 0 citations