Dock Monitoring System with Industry 4.0 Features: Case Study with an Augmented Reality Interface and IoT in a TV Factory
Caso de Estudio con una Interfaz de Realidad Aumentada e IoT en una Fábrica de Televisiones
Keywords:Interface Design, Augmented Reality, Industry 4.0
The constant technological advance collaborates so that different sectors of the industry can change and update themselves in the face of new market demands. Industry 4.0 has been bringing new paradigms that define how the industry should behave in this new scenario. Augmented Reality (AR) technology, as one of the pillars of the 4.0 concept, enables new ways of establishing information technology and promoting this update. Despite the great potential, there is a lack of specific studies regarding the construction of simple and effective AR interfaces. Thus, the objective of this article is to present an AR interface prototype to simplify the management of JIT (Just in Time) docks in a plant which produces televisions. For the execution of this work, the Double Diamond method was applied to understand the current state of studies on UX and UI with AR and to promote innovation in the construction of the AR interface directed to use in the industry. The results demonstrate product acceptance and simplified implementation in the management process.
ARROYO-VAZQUEZ, N. Experiencies de realitat augmentada en biblioteques: estat de la Ques¬tion. BID: TEXTOS UNIVERSITARIS DE BIBLIOTECONOMIA DOCUMENTACION, 2016, p. 36, 2020.
AULENTA, F., & LENS, P. Recent advances in Augmented Reality. NEW BIOTECHNOLOGY, v. 29(1), p. 1, 2011.
Azuma, R. T. A Survey of Augmented Reality. PRESENCE, v. 6(3), p. 355–385, 1997.
Azuma, R. Tracking Requirements for Augmented Reality. COMMUNICATIONS OF THE ACM, v. 36(7), p. 50–51, 1993.
DESIGN COUNCIL. A study of the design process. v. 44(0), 2007.
GABBARD, J. L., SWAN, J. E., HIX, D., LANZAGORTA, M., LIVINGSTON, M., BROWN, D., & JU¬LIER, S. Usability Engineering: Domain Analysis Activities for Augmented Reality Sys¬tems. v. 4660(202), p. 445–457, 2002.
GUSTAFSSON, D. Analyzing the Double diamond design process through research & implementation, 2019.
JETTER, JEROME, EIMECKE, J., & RESE, A. Augmented reality tools for industrial applica¬tions: What are potential key performance indicators and who benefits?, COMPUTERS IN HUMAN BEHAVIOR, v. 87, p. 18–33, 2018.
LOPIK, K. VAN, SINCLAIR, M., SHARPE, R., CONWAY, P., & WEST, A. Developing augmented reality capabilities for industry 4. 0 small enterprises: Lessons learnt from a content authoring case study. COMPUTERS IN INDUSTRY, v. 117, p. 103-208, 2020.
MACKENZIE, H. The Smart Factory of the Future. p. 1–4, 2016.
MERENDA, C., KIM, H., TANOUS, K., GABBARD, J. L., FEICHTL, B., MISU, T., & SUGA, C. Aug¬mented Reality Interface Design Approaches for Goal-directed and Stimulus-driven Driving Tasks. IEEE TRANSACTIONS ON VISUALIZATION AND COMPUTER GRAPHICS, v. 24(11), p. 2875–2885, 2018.
MIFSUD, J. Usability Metrics – A Guide to Quantify the Usability of Any System. USABI¬LITY GEEK, 2020. (https://usabilitygeek.com/usability-metrics-a-guide-to-quantify-system¬-usability/)
MILGRAM, P., & KISHINO, F. A Taxonomy of Mixed Reality Visual Displays. v. 12, p. 1–15, 1994.
MOURTZIS, D., ZOGOPOULOS, V., KATAGIS, I., & LAGIOS, P. Augmented Reality based Visu¬alization of CAM Instructions towards Industry 4.0 paradigm: A CNC Bending Machine case study. PROCEDIA CIRP, v. 70, p. 368–373, 2018.
PALMARINI, R., AHMET, J., ROY, R., & TORABMOSTAEDI, H. A systematic review of aug¬mented reality applications in maintenance. v. 49, p. 215–228, 2018.
PATTI, E., MOLLAME, A., ERBA, D., DALMASSO, D., OSELLO, A., MACII, E., & ACQUAVIVA, A. Information Modeling for Virtual and Augmented Reality. IT PROFESSIONAL, v. 19(3), p. 52–60, 2017.
QUANDT, M., KNOKE, B., GORLDT, C., FREITAG, M., & THOBEN, K.-D. General Requirements for Industrial Augmented Reality Applications. PROCEDIA CIRP, v. 72, p. 1130–1135, 2018.
RE, G. M. Low Cost Augmented Reality for Industrial Problem. POLITECNICO DI MILANO, 2013.
SCHWAB, K. The fourth industrial revolution. CURRENCY, 2017.
SEO, D. W., KIM, H., KIM, J. S., LEE, J. Y., ZHANG, X., HAN, Y., HAO, D., LV, Z., BRANCATI, N., CAGGIANESE, G., FRUCCI, M., GALLO, L., NERONI, P., CHOI, H.-S., KIM, S. K. S.-H., LOUP-ES¬CANDE, E., FRENOY, R., POPLIMONT, G., THOUVENIN, I., … CHENG, K. T. Novel individu¬al location recommendation with mobile based on augmented reality. COMPUTERS & GRAPHICS-UK, v. 76(2), p. 42–49, 2016.
SURYANTO, A., KUSUMAWATI, D. A., & SANHOURY, I. M. H. Development of Augmented Reality Technology Based Learning Media of Lathe Machines. JOURNAL PENDIDIKAN TEKNOLOGI DAN KEJURUAN, v. 24(1), p. 32–38, 2018.
ZHANG, XIAOCHEN, ZHANG, H., ZHANG, L., ZHU, Y., & HU, F. Double-Diamond Model-Ba¬sed Orientation Guidance. SENSORS, v. 19(4670), 2019.
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