Jul 2026· International Conference on the Theory of Information Retrieval· pp. 312-323· 0 citations· 82 references
Computer Science
TL;DR
This paper introduces Explanatory Narratives for CIS, which combine the organizing benefits of storytelling to enable explanation, and proposes ARIC, a cognitively grounded framework for evaluating explanatory narratives across four comprehension stages: Attention, Representation, Integration, and Consolidation.
Abstract
Conversational information seeking (CIS) systems now generate explanations, but we still evaluate them using retrieval-focused metrics such as faithfulness, completeness, and source attribution. These checks are necessary, but they do not tell us whether a response helps users form a coherent mental model. Cognitive science treats understanding as an active construction guided by causal structure, coherence, and the organization of information. Evaluation should therefore test whether explanations support integration, inference, and retention. This paper aims to define the target form of communication and a way to assess it. We introduce Explanatory Narratives for CIS, which combine the organizing benefits of storytelling to enable explanation. We then propose ARIC, a cognitively grounded framework for evaluating explanatory narratives across four comprehension stages: Attention, Representation, Integration, and Consolidation. To demonstrate its value, we apply ARIC to human-authored explanatory narratives and show how stage-based analysis yields actionable diagnostic insights. This shifts CIS evaluation toward the question the IR community increasingly faces: whether system-generated explanations actually help users understand.
An understanding gap is illuminated: user attributions are partly guided by epistemic orientation and experiential ascriptions that make sophisticated simulation appear as understanding, especially in affective interaction, raising urgent questions about epistemic trust, relational vulnerability, and the ethics of AI c...
Erez Firt, Rinat B. Rosenberg-Kima· AI & SOCIETY· 0 citations
This work introduces XstrAI, an audience-aware multi-agent framework that treats local explanations as fixed evidence and structures how it is communicated to each target reader, and evaluates XstrAI on diabetes and stroke risk prediction against 11 baselines.
F. Musicco, Danilo Danese, Giuseppe Fasano et al.· 0 citations
In everyday reasoning and scientific inquiry, explanations help people make sense of their experiences and observations. We investigate how people generate new possible explanations. Specifically, we study how the phrasing of "why" questions shapes exploration of the space of possible explanations. We hypothesized that...
Kara Kedrick, Russell Golman· Cognition· 0 citations
Constrained narrative is proposed as a preliminary design orientation for AI-assisted learning that supports understanding without completing too much of the learner’s interpretive work.
Argus is proposed, an agent-based framework that operationalizes classical rhetoric for persuasive writing and consistently outperforms strong baselines across multiple backbone models, achieving top rankings and the highest overall scores.
Results show that explanation form does not affect decision accuracy but significantly reshapes reliance: fluent natural language explanations heighten moderators’ over-reliance on the AI—leading them to follow it even when it errs—whereas feature-based explanations promote scrutiny and self-reliance.
Bing Tuo, Tim Miller, Gianluca Demartini· Proceedings of the 2026 ACM...· 0 citations
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