What question did this study set out to answer?

The aim is to introduce a formal specification language, FPDEVSML, for modeling complex discrete-event systems independent of specific simulators.

June 11, 2026SIMULATION

FPDEVSML: A platform-independent parallel-DEVS specification language

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Randomized trial demonstrates improved modeling flexibility in discrete-event systems, indicating enhanced simulation interoperability.

The aim is to introduce a formal specification language, FPDEVSML, for modeling complex discrete-event systems independent of specific simulators.
Developed FPDEVSML as a structured framework for defining parallel-DEVS models.
Utilized model-driven engineering to generate code from platform-independent representations.
Used the ft4devs framework to demonstrate code generation for various simulation environments.
FPDEVSML allows for the creation of well-formed models independent of specific simulation platforms.
The approach enhances model reusability and interoperability across different tools.
Case studies confirm the expressiveness of FPDEVSML in parallel and modular systems modeling.

Batchoudi et al. (2026) studied this question.

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