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Publication
Digitalization of Industrial Inspection Assets through the Asset Administration Shell
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Advisor(s)
Abstract(s)
Developments in industrial manufacturing systems,
through the use of new digital technologies, are revolutionizing
the traditional means by which companies operate in terms of
productivity and competitiveness. The adoption of technologies
related to Industry 4.0 (I4.0) has led to the possibility of digitizing
industrial assets to achieve more responsive, reconfigurable and
efficient production systems. The Asset Administration Shell
(AAS) corresponds to a form of digital representation of a
physical asset, such as, a machine or device, that describes its
properties, functionalities, and behaviours, as well as guarantee
interoperability between different systems. Implementing AAS in
the industrial environment allows the creation of a standard for
digitalising asset scenarios, which can be used for intelligent and
non-intelligent products. This paper explores modelling geometric
inspection assets on an automotive assembly line using AAS
standards. Once modelled, the AAS of the assets are applied
to a new approach for reactive AAS based on a REST API
for real-time data transmission to a framework focused on Zero
Defects Manufacturing. The implications associated with the asset
modelling and the creation of the AAS server are presented and
discussed, giving a critical opinion on the current status of the
technologies associated with AAS in I4.0.
Description
Keywords
Asset administration shell, Industry 4.0 RAMI4.0 Digitalization Cyber-physical system
Pedagogical Context
Citation
Treuk, Iury Michel; Júnior, Alexandre O.; Lopes, Rui Pedro; Mota, Gonçalo; Joaquim Mira, J.; Leitao, Paulo (2024). Digitalization of Industrial Inspection Assets through the Asset Administration Shell. In 7th IEEE International Conference on Industrial Cyber-Physical Systems, ICPS 2024. p. 1-6