What question did this study set out to answer?

This work aims to develop a transparent and extensible methodology for discrete process modeling and simulation components.

A Multi-Faceted Building-Block Method for Transparent and Extensible Discrete Process Modeling & Simulation

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Randomized trial demonstrates superior extensibility in discrete process modeling, indicating a new approach for researchers.

This work aims to develop a transparent and extensible methodology for discrete process modeling and simulation components.
Proposed a three-part building-block methodology: X-Facet, Y-Facet, and Z-Facet.
Implemented the methodology within the open X-Language/XLAB framework.
Validated through case studies of a vehicle CAN bus/ABS system, computational graph executor, and custom component extension.
Demonstrated functional equivalence with commercial tools like Simulink and AnyLogic.
Showcased superior extensibility through comparative architectural analysis.
Indicated manageable learning curve as confirmed by a usability pilot study.

Zeng et al. (2026) studied this question.

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