Augmented Reality Implementation for Comfortable Adaptation of Disabled Personnel to the Production Workplace
Oleg Surnin, Pavel Sitnikov, Alexandr Gubinkiy, Alexandr Dorofeev, Tatiana Nikiforova, Arkadiy Krivosheev, Vladimir Zemtsov, and Anton Ivaschenko
doi: 10.18278/jpcs.7.2.5
Oleg Surnin, Pavel Sitnikov, Alexandr Gubinkiy, Alexandr Dorofeev, Tatiana Nikiforova, Arkadiy Krivosheev, Vladimir Zemtsov, and Anton Ivaschenko
doi: 10.18278/jpcs.7.2.5
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Abstract
The paper presents the results of augmented reality system development and implementation for labour rehabilitation and adaptation of personnel with disabilities at modern manufacturing enterprise. Primary main attention is given to the production quality control using the computer vision system based on an artificial neural network. Simulation is used to produce the mixed reality for partially disabled personnel to provide comfortable adaptation of the production workplace. The research results were deployed and probated at a specialized enterprise that produces automobile cables and wires.
Keywords: smart manufacturing systems, intelligent simulation environments, neural networks, augmented reality, computer vision, rehabilitation
The paper presents the results of augmented reality system development and implementation for labour rehabilitation and adaptation of personnel with disabilities at modern manufacturing enterprise. Primary main attention is given to the production quality control using the computer vision system based on an artificial neural network. Simulation is used to produce the mixed reality for partially disabled personnel to provide comfortable adaptation of the production workplace. The research results were deployed and probated at a specialized enterprise that produces automobile cables and wires.
Keywords: smart manufacturing systems, intelligent simulation environments, neural networks, augmented reality, computer vision, rehabilitation