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Control architecture for digital twin-based human-machine interaction in a novel container unloading system

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Abstract To facilitate physically exhausting tasks, semi-autonomous systems are introduced at manual industrial workplaces. This changes the role of the operator from a manual worker to a supervisor and intervener… Click to show full abstract

Abstract To facilitate physically exhausting tasks, semi-autonomous systems are introduced at manual industrial workplaces. This changes the role of the operator from a manual worker to a supervisor and intervener in case of problems. New human-machine interaction strategies providing operators with the means to solve problems are required to enable this role change seamlessly. For this purpose, we propose a novel control architecture based on a digital twin, present a newly developed semi-autonomous system for the industrial sector of container unloading, and apply the presented control architecture hereupon. Besides, a morphology for classification of unloading systems is proposed.

Keywords: machine interaction; control; digital twin; control architecture; human machine

Journal Title: Procedia Manufacturing
Year Published: 2020

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