This paper proposes a centralized role-based architecture that utilizes Large Language Models (LLMs) to enable adaptive communication systems. The framework implements dynamic role-based LLM assignment, where robots receive specific language models based on their functional identity and communication objectives. A user study evaluating different LLM configurations demonstrates that role-specific LLM significantly enhances interaction clarity, contextual awareness, and perceived human likeness compared to uniform deployment. These findings establish that multi-model LLM integration improves collaborative social robots’ authenticity and functional efficiency in SHMR systems.

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Role-Adaptive Communication Framework with Large Language Models for Multi-robot Systems

  • Junhu Song,
  • Minwoo Lee,
  • Joey Back,
  • Peter Cheong,
  • Ho Seok Ahn

摘要

This paper proposes a centralized role-based architecture that utilizes Large Language Models (LLMs) to enable adaptive communication systems. The framework implements dynamic role-based LLM assignment, where robots receive specific language models based on their functional identity and communication objectives. A user study evaluating different LLM configurations demonstrates that role-specific LLM significantly enhances interaction clarity, contextual awareness, and perceived human likeness compared to uniform deployment. These findings establish that multi-model LLM integration improves collaborative social robots’ authenticity and functional efficiency in SHMR systems.