arXiv:2506.06324cs.AI2025-06中稿 · HFES 2024 Annual M…综述

梳理人机协作学习与适应的研究术语与理论框架。

Mapping Human-Agent Co-Learning and Co-Adaptation: A Scoping Review

  • 系统整理人机协同学习中的术语使用差异
  • 分析现有研究涉及的智能体类型与任务领域
  • 揭示支撑协作关系的认知理论与框架

若干研究探讨了人机协作学习与适应的挑战。当前文献中,描述这种协作关系的术语缺乏一致性,例如“co”前缀常被混用以表示“协作”或“相互”,而“协同学习”与“协同适应”也时常互换使用,但二者可能反映研究重点的细微差别。本综述旨在回答三个核心问题:首先,收集并分析现有研究中关于人机协作模式的文献,考察其术语使用情况;其次,探索已有研究中涉及的智能体类型与任务领域,以揭示人机交互的多样性,涵盖一次性到持续性学习/适应场景;最后,考察现有研究采用的认知理论与框架,以理解人机协作与适应的理论基础,并识别是否提出专门针对该关系的新框架。

原文摘要 · Abstract (English)

Several papers have delved into the challenges of human-AI-robot co-learning and co-adaptation. It has been noted that the terminology used to describe this collaborative relationship in existing studies needs to be more consistent. For example, the prefix "co" is used interchangeably to represent both "collaborative" and "mutual," and the terms "co-learning" and "co-adaptation" are sometimes used interchangeably. However, they can reflect subtle differences in the focus of the studies. The current scoping review's primary research question (RQ1) aims to gather existing papers discussing this collaboration pattern and examine the terms researchers use to describe this human-agent relationship. Given the relative newness of this area of study, we are also keen on exploring the specific types of intelligent agents and task domains that have been considered in existing research (RQ2). This exploration is significant as it can shed light on the diversity of human-agent interactions, from one-time to continuous learning/adaptation scenarios. It can also help us understand the dynamics of human-agent interactions in different task domains, guiding our expectations towards research situated in dynamic, complex domains. Our third objective (RQ3) is to investigate the cognitive theories and frameworks that have been utilized in existing studies to measure human-agent co-learning and co-adaptation. This investigation is crucial as it can help us understand the theoretical underpinnings of human-agent collaboration and adaptation, and it can also guide us in identifying any new frameworks proposed specifically for this type of relationship.

人机协作术语梳理认知框架

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