Modeling operator behavior in the safety analysis of collaborative robotic applications
Askarpour, Mehrnoosh ; Mandrioli, Dino ; Rossi, Matteo Giovanni ; Vicentini, Frederico
Springer - Berlin
2017
89-104
robots ; human-system interface ; industry ; occupational risks ; safety analysis
Technology
https://doi.org/10.1007/978-3-319-66266-4_6
English
Charts;Bibliogr.
978-3-319-66265-7
"Human-Robot Collaboration is increasingly prominent in people's lives and in the industrial domain, for example in manufacturing applications. The close proximity and frequent physical contacts between humans and robots in such applications make guaranteeing suitable levels of safety for human operators of the utmost importance. Formal verification techniques can help in this regard through the exhaustive exploration
of system models, which can identify unwanted situations early in the development process. This work extends our SAFER-HRC methodology with a rich non-deterministic formal model of operator behaviors, which captures the hazardous situations resulting from human errors. The model allows safety engineers to refine their designs until all plausible erroneous behaviors are considered and mitigated."
Digital
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