IoT (Internet-of-things) platforms can connect sensors and devices along supply chains of production and logistics systems, as well as end users of products, allowing for co-designed and customized solutions. This paper aims to present perspectives for the IoT-based integration of manufacturing lines. More specifically, it will address the implementation of these platforms for the cyberphysical integration of distributed and highly automated manufacturing lines of customized items. A Systematic Literature Review was conducted in order to identify the main characteristics of the research area and to cluster research and practical perspectives. As results, bibliometric analysis has evidenced the continuous growth of the research area and the most important scientific journals publishing content related to IoT-based platforms for distributed manufacturing lines. In the content analysis, the perspectives are clustered in: (i) conceptual propositions and requirements, (ii) new methods and models for supporting decision-making, (iii) development of technology-based approaches, and (iv) empirical studies. As conclusion, the paper wraps up with the description of interesting avenues from both a scientific and a praxis-oriented point-of-view.
Perspectives for IoT-Based Integration of Distributed and Automated Manufacturing Lines for Mass Customization / Agostino, Ícaro Romolo Sousa; Frazzon, Enzo Morosini; Fröhlich, Antonio Augusto Medeiros; Silvestri, Marco; Bornia, Antonio Cezar; Spengler, Anderson; Martina, Jean; Fettermann, Diego; Tortorella, Guilherme. - ELETTRONICO. - (2020), pp. 31-41. (Intervento presentato al convegno 25th International Joint Conference on Industrial Engineering and Operations Management – IJCIEOM tenutosi a Novi Sad, Serbia nel 2019, 15-17 July) [10.1007/978-3-030-43616-2_4].
Perspectives for IoT-Based Integration of Distributed and Automated Manufacturing Lines for Mass Customization
Silvestri, Marco;
2020-01-01
Abstract
IoT (Internet-of-things) platforms can connect sensors and devices along supply chains of production and logistics systems, as well as end users of products, allowing for co-designed and customized solutions. This paper aims to present perspectives for the IoT-based integration of manufacturing lines. More specifically, it will address the implementation of these platforms for the cyberphysical integration of distributed and highly automated manufacturing lines of customized items. A Systematic Literature Review was conducted in order to identify the main characteristics of the research area and to cluster research and practical perspectives. As results, bibliometric analysis has evidenced the continuous growth of the research area and the most important scientific journals publishing content related to IoT-based platforms for distributed manufacturing lines. In the content analysis, the perspectives are clustered in: (i) conceptual propositions and requirements, (ii) new methods and models for supporting decision-making, (iii) development of technology-based approaches, and (iv) empirical studies. As conclusion, the paper wraps up with the description of interesting avenues from both a scientific and a praxis-oriented point-of-view.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
