Publication | Open Access
Augmented and Virtual Reality for Inspection and Maintenance Processes in the Aviation Industry
155
Citations
10
References
2018
Year
EngineeringMixed RealityAviation IndustryComputer-mediated RealitySocial SciencesAugmented Reality GameVirtual RealityImmersive TechnologySystems EngineeringVirtual Reality DevicesMaintenance ProcessesAvionicsIndustrial InformaticsAssistive TechnologyDesignUser ExperienceDevice CharacteristicsAugmented RealityIndustrial DesignAviation SystemsAutomationEye TrackingExtended RealityHuman-computer InteractionTechnology
Augmented and virtual reality technologies have matured, yet their adoption in aviation inspection and maintenance is challenged by diverse process and device characteristics that complicate technology selection. The paper proposes a concept to assess the suitability of mixed‑reality systems for aviation inspection and maintenance processes. Four distinct use cases illustrate how augmented or virtual reality devices can be applied in industrial aviation contexts.
Maturity of augmented and virtual reality devices has considerably grown recently. As processes in the aviation industry are error prone and time consuming, efforts are made to implement these technologies to support human workers during inspection and maintenance. Nevertheless, varying process and device characteristics impede the selection of a suitable technology. A concept is presented to evaluate the potential of inspection and maintenance processes in the aviation industry regarding the use of mixed reality systems. Four different use cases are discussed applying augmented or virtual reality devices in an industrial context.
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