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arXiv 2607.03025cs.AIcs.MA
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用于人类与人工智能协作决策的以人类为中心的反思架构

Human-Centric Reflective Architecture for Human-AI Collaborative Decision-Making

University of Piraeus(比雷埃夫斯大学)

Andreas Kouridakis, Dimitrios Patiniotis Spyropoulos, George Vouros

AI总结:

研究人类与人工智能协作决策问题,将其建模为随机博弈,提出以人类为中心的反思架构,整合人类校准模型与强化学习智能体,提升决策有效性并给出高质量建议。

摘要:

在人类活动各领域使用大语言模型以提高决策有效性并符合人类期望等,但存在人类对AI依赖问题。为此引入人类 - AI协作决策框架,将任务设为随机博弈,提出以人类为中心的反思架构,评估结果表明其提升了决策有效性并给出高质量建议。

英文摘要:

The use of Large Language Models (LLMs) across diverse areas of human activity-ranging from everyday tasks to safety-critical applications-aims to enhance decision-making effectiveness with minimal human feedback. Concurrently, it seeks to align decisions with human expectations, preferences, and needs while mitigating risks associated with AI non-determinism. However, humans frequently over- or under-rely on AI recommendations, and current AI systems remain poorly calibrated to human expectations. To address these challenges, we introduce a human-AI collaborative decision-making framework designed to augment human capabilities and align AI agents with human preferences and expectations. Specifically, this paper (a) formulates the collaborative decision-making task as a stochastic game between an AI agent and a human player, and (b) proposes the Human-Centric Reflective Architecture (HCRA), which integrates human-calibrated models with reinforcement learning agents that leverage linguistic feedback in an iterative, reflective process. Evaluation results demonstrate that HCRA enhances decision-making effectiveness and delivers high-quality recommendations.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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