An extension of the Core Manufacturing Simulation Data standard to enhance the interoperability for discrete event simulation

Discrete event simulation are vital in building a manufacturing system. The emergence of the industrial metaverse increases the collaboration needs between simulation engineers. Data reuse between different simulation software applications could significantly lower manual modeling efforts and shorten the overall time of system construction. To achieve this, interoperability in discrete event simulation is a prerequisite. Core Manufacturing Simulation Data (CMSD) is a promising standard for exchanging discrete event simulation models. However, the current CMSD standard is insufficient to achieve full-scope interoperability between discrete event simulation software applications. In this paper, a case-driven iterative approach is applied to extend the CMSD standard. An initial extension is developed based on a first iteration. A method for exchanging models between different discrete event simulation software applications via the extension is proposed. With this method, the interoperability performance of the extension is evaluated by exchanging a representative set of discrete event simulation models between two simulation software applications, FlexSim and Visual Components, via self-developed “Import” and “Export” plug-ins. The result shows that 57.5% more attributes can be converted via the extension than the original CMSD standard.

Recommended citation: Zhao, J., Aghezzaf, E. H., & Cottyn, J. (2024). An extension of the Core Manufacturing Simulation Data standard to enhance the interoperability for discrete event simulation. Procedia CIRP, 130, 1632-1637.
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