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This paper explores a method for extracting sequence data related to a digital threadDigital thread system of analysisSystem of Analysis (SoA) from a graphGraph-based representation of system data in a way that enables automation of the execution of the digital threadDigital thread. It builds on research using the Digital EngineeringDigital Engineering (DE) Framework for Integration and InteroperabilityInteroperability (DEFII) as a framework for incorporation of ontologyOntology-aligned data into a digital engineeringDigital Engineering (DE) ecosystem. This contribution demonstrates how automation methods in the digital engineeringDigital Engineering (DE) context can be generalized and reused across analyses to enable more efficient execution of multi-model analysis. This moves digital engineeringDigital Engineering (DE) models beyond descriptive representations of digital threadsDigital thread to executable instances that are not bound to a specific tool or automation enabling software.

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Automation of Multi-model Analysis Thread Based on Graph Representation

  • 会议论文

  • 发表日期：

    2026年

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  • Daniel Dunbar,
  • Mark Blackburn,
  • Thomas Hagedorn

摘要

This paper explores a method for extracting sequence data related to a digital threadDigital thread system of analysisSystem of Analysis (SoA) from a graphGraph-based representation of system data in a way that enables automation of the execution of the digital threadDigital thread. It builds on research using the Digital EngineeringDigital Engineering (DE) Framework for Integration and InteroperabilityInteroperability (DEFII) as a framework for incorporation of ontologyOntology-aligned data into a digital engineeringDigital Engineering (DE) ecosystem. This contribution demonstrates how automation methods in the digital engineeringDigital Engineering (DE) context can be generalized and reused across analyses to enable more efficient execution of multi-model analysis. This moves digital engineeringDigital Engineering (DE) models beyond descriptive representations of digital threadsDigital thread to executable instances that are not bound to a specific tool or automation enabling software.