PRODUCTION SYSTEM MODELING AND SIMULATION USING DEVS FORMALISM

PRODUCTION SYSTEM MODELING AND SIMULATION USING DEVS FORMALISM

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Darío Amaya Hurtado
Ricardo A. Castillo
Óscar Fernando Avilés
Olga Lucía Ramos

Abstract

This article presents the Discrete Event System Specification (DEVS) formalism, in their atomic and coupled configurations; it is used for discrete event systems modeling and simulation. Initially this work describes the analysis of discrete event systems concepts and its applicability. Then a comprehensive description of the DEVS formalism structure is presented, in order to model and simulate an industrial process, taking into account changes in parameters such as process service time, each station storage systems structure and process tasks coupling. For the MatLab® simulation, the Simevents Toolbox was used for theoretical developments validation.

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Author Biographies ##ver##

Darío Amaya Hurtado, Universidad Militar Nueva Granada

Electronic Engineer. Industrial Automation Specialist. Master in Teleinformatics. PhD in Mechanical Engineering. Researcher Professor, Universidad Militar Nueva Granada

Ricardo A. Castillo, Universidad Militar Nueva Granada

Mechatronics Engineer. Master in Mechanical Engineering. PhD Candidate in Mechanical Engineering. Researcher Professor, Universidad Militar Nueva Granada.

Óscar Fernando Avilés, Universidad Militar Nueva Granada

Electronic Engineer. Electronic Instrumentation Specialist. Master in Automated Production Systems. PhD in Mechanical Engineering. Postdoctor in Mechanical Engineering. Researcher Professor, Universidad Militar Nueva Granada

Olga Lucía Ramos, Universidad Militar Nueva Granada

Electronic Engineer. Electronic Instrumentation Specialist. Master in Teleinformatics. Doctoral Candidate of Engineering. Researcher Professor, Universidad Militar Nueva Granada