Titlebook: Service Oriented, Holonic and Multi-Agent Manufacturing Systems for Industry of the Future; Proceedings of SOHOM Theodor Borangiu,Damien Tr

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Toward a Sawmill Digital Shadow Based on Coupled Simulation and Supervised Learning Modelss are raised by their development, including an efficient usage of their computational resources to balance performance on precision, computational cost and speed. This study is, in particular, concerned with Digital Shadows (DS), a concept derived from DT, applied to sawmills sawing production unit

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Modelling Manufacturing Systems for Digital Twin Through Communicating Finite State Machinessimulation for their design and analysis. New research trends in the field require further study to provide the capability to cope with the requirements of emerging disciplines. This work proposes a novel approach to simulation modelling to support the development of digital twins. It is based on a

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Integrating Lean Data and Digital Sobriety in Digital Twins Through Dynamic Accuracy Management a brief review of the literature on industrial applications of the digital twin in a smart manufacturing environment, we look at usual misconceptions about this emerging concept, which often hinder the democratization of the digital twin or pushes to put too many resources at stake compared to the

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Handling Uncertainties with and Within Digital Twinsased on external and internal factors. Thus, the literature about DT emphasizes the importance, limitations, and absence of uncertainty quantification. However, there is no explicit review discussing uncertainty in complex systems and within the digital twin model. Such an explicit review could impr

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Digital Twin Lifecycle: Core Challenges and Open Issuessult, there is an ever-increasing diversity of definitions. However, numerous significant challenges must be overcome to increase its practical viability. In this regard, this study summarized the key features of the DT from the literature, defined explicitly the DT lifecycle stages, and identified