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Filters: Author is Mayr-Dorn, Christoph  [Clear All Filters]
2022-02-24
Guiza, Ouijdane, Mayr-Dorn, Christoph, Weichhart, Georg, Mayrhofer, Michael, Zangi, Bahman Bahman, Egyed, Alexander, Fanta, Björn, Gieler, Martin.  2021.  Automated Deviation Detection for Partially-Observable Human-Intensive Assembly Processes. 2021 IEEE 19th International Conference on Industrial Informatics (INDIN). :1–8.
Unforeseen situations on the shopfloor cause the assembly process to divert from its expected progress. To be able to overcome these deviations in a timely manner, assembly process monitoring and early deviation detection are necessary. However, legal regulations and union policies often limit the direct monitoring of human-intensive assembly processes. Grounded in an industry use case, this paper outlines a novel approach that, based on indirect privacy-respecting monitored data from the shopfloor, enables the near real-time detection of multiple types of process deviations. In doing so, this paper specifically addresses uncertainties stemming from indirect shopfloor observations and how to reason in their presence.