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Interoperability between DEVS and non-DEVS models using DEVS/SOA

José L. Risco‐Martín, Alejandro García Moreno, Jesús Manuel de la Cruz García, Joaquín Aranda Almansa

Open publisher page 9 citations

Abstract

The absence of standarization could delay the progress of novel technological advances. Whereas, the guidance of uniform engineering specifications aims to amplify interoperability uppon systems. Extending functionality among different modeling and simulation frameworks opens a broad outreach to researchers. In this paper, we propose an approach supporting interoperability among DEVS compilant models and Matlab functionality in consort with a multi-platform web-based distributed simulation framework handling The Service oriented Architecture (SOA). To prevent the lack of homogeneous criteria, we employ recently developed interoperability concepts accompanied by Discrete EVent System (DEVS) Specification formalism to implement a standard for interoperability: a distributed simulation environment involving the DEVS/SOA JAVA and .NET simulation engines to simulate DEVS and non-DEVS models. Furthermore, we present a distributed sample model following the DEVS models specification interface while integrating Matlab utilities.

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What this paper is about

The absence of standarization could delay the progress of novel technological advances. Whereas, the guidance of uniform engineering specifications aims to amplify interoperability uppon systems. Extending functionality among different modeling and simulation frameworks opens a broad outreach to researchers. In this paper, we propose an approach supporting interoperability among DEVS compilant models and Matlab functionality in consort with a multi-platform web-based distributed simulation framework handling The Service oriented Architecture (SOA). To prevent the lack of homogeneous criteria, we employ recently developed interoperability concepts accompanied by Discrete EVent System (DEVS) Specification formalism to implement a standard for interoperability: a distributed simulation environment involving the DEVS/SOA JAVA and .NET simulation engines to simulate DEVS and non-DEVS models. Furthermore, we present a distributed sample model following the DEVS models specification interface while integrating Matlab utilities.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The absence of standarization could delay the progress of novel technological advances. Whereas, the guidance of uniform engineering specifications aims to amplify interoperability uppon systems. Extending functionality among different modeling and simulation frameworks opens a broad outreach to researchers. In this paper, we propose an approach supporting interoperability among DEVS compilant models and Matlab functionality in consort with a multi-platform web-based distributed simulation framework handling The Service oriented Architecture (SOA). To prevent the lack of homogeneous criteria, we employ recently developed interoperability concepts accompanied by Discrete EVent System (DEVS) Specification formalism to implement a standard for interoperability: a distributed simulation environment involving the DEVS/SOA JAVA and .NET simulation engines to simulate DEVS and non-DEVS models. Furthermore, we present a distributed sample model following the DEVS models specification interface while integrating Matlab utilities.

Key concepts: DEVS, Interoperability, Computer science, Java, Discrete event simulation, Distributed computing, Service-oriented architecture, MATLAB

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