Eye Tracking for Quality Control in Automotive Manufacturing

Niemann, Jörg; Fussenecker, Claudia; Schlösser, Martin

doi:10.1007/978-3-030-28005-5_22

Cited by 6 publications

(3 citation statements)

References 10 publications

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“…We also provided the human cyber-physical system (HCPS) and digital multisensory implementation in different industries, such as textiles, food and beverage, and automotive, to other manufacturing processes. Eye-tracking is a low-cost and highly accurate technology, but it received the least attention in the manufacturing process [28,29]. Using eye-tracking technology can understand and track the operation process and trigger devices [28,29].…”

Section: Future Application Of Human Cyber-physical Systemmentioning

confidence: 99%

“…Eye-tracking is a low-cost and highly accurate technology, but it received the least attention in the manufacturing process [28,29]. Using eye-tracking technology can understand and track the operation process and trigger devices [28,29]. In addition, eye-tracking can be used in different manufacturing functions.…”

Section: Future Application Of Human Cyber-physical Systemmentioning

confidence: 99%

“…For instance, in quality control, eye-tracking technology can control potential defect of a product, especially for a complex product. In training, eye-tracking technology can help to understand and quantify experienced workers' implicit knowledge and transfer it to new staff members [28].…”

Section: Future Application Of Human Cyber-physical Systemmentioning

confidence: 99%

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Future Application of Multisensory Mixed Reality in the Human Cyber—physical System

Santoso

Baroroh

Darmawan

2021

SAJIE

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Mixed reality as an emerging technology can improve users' experience. Using this technology, people can interact between virtual objects and the real world. Mixed reality has enormous potential for enhancing the human cyber-physical system for different manufacturing functions: planning, designing, production, monitoring, quality control, training, and maintenance. This study aims to understand the existing development of mixed reality technology in manufacturing by analysing patent publications from the InnovationQ-Plus database. Evaluations of trends in this developing technology have focused on qualitative literature reviews and insufficiently on patent technology analytics. Patents connected to mixed reality will be mapped to give technology experts a better grasp of present progress and insights for future technological development in the industry. Thus 709 patent publications are systematically identified and analysed to discover the technological trends. In addition, we map existing patent publications with manufacturing functions, and illustrate this with a technology function matrix. Finally, we identify future research in human cyber-physical system development by enhancing different human senses to give users more sensations while interacting with virtual objects. We provide insight into this human cyber-physical system development in three industries: automotive, food and beverage, and textiles. OPSOMMINGGemengde-werklikheid is ŉ opkomende tegnologie wat gebruikers se ervaring kan verbeter. Hierdie tegnologie laat mense toe om interaksie te hê met virtuele voorwerpe in die regte wêreld. Gemengde-werklikheid het baie potensiaal om die mens-kuber-fisiese stelsel vir verskeie vervaardigingsprosesse te verbeter, soos beplanning, ontwerp, produksie, monitering, gehaltebeheer, opleiding en instandhouding. Hierdie studie ondersoek die ontwikkeling van gemengde-werklikheid tegnologie in vervaardiging deur ŉ hersiening van patente in die InnovationQ-Plus databasis. Tendense in hierdie ontwikkelende tegnologie fokus op kwalitatiewe literatuurstudies eerder as op kwantitatiewe patent tegnologie ontledings. Patente wat met gemengde-werklikheid assosieer word, word gekarteer om tegnologiekenners ŉ beter begrip van bestaande vordering en insigte vir toekomstige ontwikkeling in die bedryf te gee. So word 709 patente sistemies identifiseer en ontleed om die tendense te ontdek. Verder word bestaande patente gekarteer volgens vervaardigingsfunksies -dit word met ŉ tegnologiefunksiematriks illustreer. Laastens word toekomstige navorsing oor mens-kuber-fisiese stelselontwikkeling identifiseer deur verskillende sintuie te gebruik om gebruikers meer sensasies te gee wanneer hulle met virtuele voorwerpe werk. Insig word spesifiek in die motor, voedsel-en drank-, en tekstielbedryf verskaf.

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Section: Future Application Of Human Cyber-physical Systemmentioning

confidence: 99%

Section: Future Application Of Human Cyber-physical Systemmentioning

confidence: 99%