ResearchPod Summary
Persona-based dialogue systems often treat emotions as fixed attributes or stylistic cues, failing to account for how a character's internal emotional state shifts in response to external dialogue triggers. This paper addresses the challenge of modeling dynamic, trigger-driven emotional evolution in role-simulation scenarios, such as healthcare training, counseling, and customer service.
The authors propose CPM-MultiAgent, a framework inspired by the Component Process Model (CPM) of psychology. Instead of a monolithic model, the framework uses a multi-agent architecture to decompose the emotional process into distinct, logical stages:
Experiments across healthcare, education, and customer service scenarios demonstrate that CPM-MultiAgent outperforms standard prompting and existing agent-based baselines. By explicitly modeling the appraisal process, the framework achieves more emotionally consistent and psychologically grounded role simulation. The multi-agent design effectively separates complex reasoning tasks, reducing the tendency of LLMs to produce formulaic or overly positive responses, and allows for more nuanced, multi-dimensional emotional transitions over multi-turn interactions.
This research shifts the paradigm of persona-based dialogue from static emotion control to dynamic, process-oriented modeling. By grounding agent behavior in established psychological theory, the framework provides a robust method for creating more realistic and empathetic simulated characters, which is essential for high-stakes applications like medical training and psychological counseling.
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