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Digital twins, dynamic digital representations of physical systems, are now a growing tool in industry for process simulation and optimization. Synchronization between a digital twin and its physical part remains an important issue to ensure reliable predictions. This article discusses different methods for synchronizing digital twins, as well as practical applications of this approach in various industrial sectors, highlighting its advantages. In conclusion, this research accentuates the growing importance of digital twin synchronization in modern industry and classifies the different synchronization methods depending on their characteristics and application cases.

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Review of Methods for Synchronizing a Digital Twin in an Industrial Context

  • 会议论文

  • 发表日期：

    2025年

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  • Sylvain Bernateau,
  • William Derigent,
  • Pascale Marangé,
  • Alexis Aubry,
  • Amarilys Ben Attar

摘要

Digital twins, dynamic digital representations of physical systems, are now a growing tool in industry for process simulation and optimization. Synchronization between a digital twin and its physical part remains an important issue to ensure reliable predictions. This article discusses different methods for synchronizing digital twins, as well as practical applications of this approach in various industrial sectors, highlighting its advantages. In conclusion, this research accentuates the growing importance of digital twin synchronization in modern industry and classifies the different synchronization methods depending on their characteristics and application cases.