Honesty-Aware Multi-Agent Framework for High-Fidelity Synthetic Data Generation in Digital Psychiatric Intake Doctor-Patient Interactions
Xinyuan Zhang, Zijian Wang, Chang Dao, Juexiao Zhou

TL;DR
This paper introduces a multi-agent synthesis framework that models patient deception to generate high-fidelity synthetic psychiatric intake data, aiding research and development in psychiatric assessment and dialogue systems.
Contribution
It presents a novel multi-agent framework that explicitly incorporates honesty modeling to produce realistic synthetic psychiatric intake records from real interview data.
Findings
Generated data supports diagnostic consistency and severity grading.
Human evaluators find the synthetic data clinically realistic.
Framework enables controlled study of dishonesty in psychiatric assessments.
Abstract
Data scarcity and unreliable self-reporting -- such as concealment or exaggeration -- pose fundamental challenges to psychiatric intake and assessment. We propose a multi-agent synthesis framework that explicitly models patient deception to generate high-fidelity, publicly releasable synthetic psychiatric intake records. Starting from DAIC-WOZ interviews, we construct enriched patient profiles and simulate a four-role workflow: a \emph{Patient} completes self-rated scales and participates in a semi-structured interview under a topic-dependent honesty state; an \emph{Assessor} selects instruments based on demographics and chief complaints; an \emph{Evaluator} conducts the interview grounded in rater-administered scales, tracks suspicion, and completes ratings; and a \emph{Diagnostician} integrates all evidence into a diagnostic summary. Each case links the patient profile, self-rated and…
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Taxonomy
TopicsArtificial Intelligence in Healthcare and Education · Clinical Reasoning and Diagnostic Skills · Deception detection and forensic psychology
