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Human-Robot Collaborative Manufacturing using Cooperative Game: Framework and Implementation

机译:人体机器人协作制造使用合作游戏:框架和实施

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Human-robot collaborative manufacturing (HRC-Mfg) is an innovative production mode, however currently the theoretical explanation for the collaboration mechanisms is limited. Considering the dynamics and uncertainties in manufacturing environment, it is also crucial for both task allocation and decision-making. In the sight of cyber-physical production system, based on bilateral game and clan game, this paper presents the characteristics of HRC-Mfg and demonstrates the applicability of cooperative game in such system. Moreover, we also develop a framework and approach to describe how the mechanism works in detail. The case study shows it can dynamically arrange procedures and maximize the production benefit.
机译:人体机器人协同制造(HRC-MFG)是一种创新的生产模式,但目前对协作机制的理论解释是有限的。考虑到制造环境中的动态和不确定性,对于任务分配和决策也至关重要。在网络 - 物理生产系统的目光下,基于双边游戏和氏族游戏,本文提出了HRC-MFG的特点,并展示了合作游戏在这种系统中的适用性。此外,我们还制定了一个框架和方法来描述机制如何详细运作。案例研究表明它可以动态排列程序并最大限度地提高生产效益。

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