Transfer of nuclear maintenance skills from virtual environments to reality - Toward a methodological guide
Authors: Valérian Faure, Jean-Rémy Chardonnet, Daniel Mestre, Fabien Ferlay, Michaël Brochier, Laurent Joblot, Frédéric Merienne, Claude Andriot
Abstract: Nuclear maintenance operations require several types of cognitive and motor skills that can be trained in immersive environments. However, there is a lack of normalized methodological approaches to classify tasks and guide them for a potential transposition to immersive training. This paper proposes a methodological approach to classify nuclear maintenance tasks based on their complexity and the potential transfer of training obtainable from each type of immersion techniques and their related interactions.This proposed methodology provides a novel approach to compare various immersive technologies and interactions in a normalized way for a same industrial task.This paper aims at serving as a base for a methodological guide dedicated to the transposition of nuclear maintenance skills learned in immersive environments to real environment setups and proposes two future use cases based on this methodological approach.
Keywords: Virtual reality, augmented reality, Skill transfer, methodological approach
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