Aug 2026· Message Understanding Conference· 0 citations· 31 references
Computer Science
TL;DR
This paper presents a proof-of-concept for generating data-driven questions based on a DSS prediction and its corresponding explanation, i.e., feature contribution, using a local language model and informs the design of human-AI interactions aimed at promoting the cognitive engagement of decision-makers and mitigating overreliance on DSS.
Abstract
Many decision support systems (DSS) provide predictions, recommendations, and, increasingly, explanations. Supporting human-AI decision-making with context-specific questions, however, remains largely unexplored. Questions can stimulate reflection and critical thinking, thereby introducing productive friction in the decision-making process and potentially reducing overreliance on DSS. This paper presents a proof-of-concept for generating data-driven questions based on a DSS prediction and its corresponding explanation, i.e., feature contribution, using a local language model. We illustrate our method using a realistic example from the medical field. In informal discussions (n = 2), gathering views on the possible usefulness of questions in decision-making, the clinicians mentioned that the generated questions have potential to help them reconsider the prediction and consider alternative options. Our proof-of-concept informs the design of human-AI interactions aimed at promoting the cognitive engagement of decision-makers and mitigating overreliance on DSS by shifting the focus from explanations to questions.
This work examines how six decision-support mechanisms affect engagement, trust, and collaborative task performance in a diabetes meal-planning scenario and argues for a contextual, balanced pairing of CFF and XAI design that accounts for interactivity, decision frequency, and task complexity.
Oliver Henderson· International Journal of Com...· 0 citations
It is argued that treating the human and the model as a single joint cognitive system is the central design principle for the next generation of decision systems.
Ashore-Onisemo Funmilayo· INTERNATIONAL JOURNAL OF SOC...· 0 citations
It is suggested that generative AI may not necessarily alter final ethical judgments but may be associated with broader exploration of perspectives prior to reaching those judgments.
Byeongmu Choi· 0 citations
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