This paper analyzes the role of human interaction in automated production logistics environments from an interdisciplinary perspective. It conducts a literature review on production logistics, computer science, and work science to develop a human-computer interaction efficiency model. A simulation examines a production logistics traffic control problem involving both automated robots and human workers. The model emphasizes the importance of considering human factors for successful automation, as production environments will involve both humans and robots. The interdisciplinary approach aims to provide a more comprehensive understanding of human-computer interaction in production logistics settings.

Production Logistics and Human-Computer Interaction - State-Of-The-Art, Challenges and Requirements For The Future PDF

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