FaMoSim: a facilitated discrete event simulation framework to support online studies

Abstract Paper aims To propose a framework to support online simulation studies considering facilitated modeling and concepts of modern industry context, such as agility and flexibility. Originality Since the frameworks in the literature deal with simulation projects focused on healthcare and face-to-face meetings, the present work innovates by offering an agile and flexible guide for simulation projects in production systems, which also supports online interventions. Research method Action Research method was used to develop the framework. After its development, the FaMoSim (Facilitated Modeling Simulation) framework was applied in a real case to evaluate its applicability. Main findings In the application of FaMoSim, we achieved the framework's objectives: carrying out a faster (up to 3 months) and more flexible online modeling process; creating a simple computer model that does not require a complex data collection structure nor a specialist team; generating a better understanding of the process and assisting the stakeholders in identifying improvements. Implications for theory and practice Considering some challenges that prevent the expansion of DES studies, the framework assists in expanding DES studies in environments where it is not widely used. The framework supports online interventions, making it an interesting tool that can be used mainly in times of social distancing.

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Main Authors: Oliveira,Milena Silva de, Santos,Carlos Henrique dos, Gabriel,Gustavo Teodoro, Leal,Fabiano, Montevechi,José Arnaldo Barra
Format: Digital revista
Language:English
Published: Associação Brasileira de Engenharia de Produção 2023
Online Access:http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0103-65132023000101003
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spelling oai:scielo:S0103-651320230001010032023-02-02FaMoSim: a facilitated discrete event simulation framework to support online studiesOliveira,Milena Silva deSantos,Carlos Henrique dosGabriel,Gustavo TeodoroLeal,FabianoMontevechi,José Arnaldo Barra Facilitated modeling Industry 4.0 Framework Online intervention Abstract Paper aims To propose a framework to support online simulation studies considering facilitated modeling and concepts of modern industry context, such as agility and flexibility. Originality Since the frameworks in the literature deal with simulation projects focused on healthcare and face-to-face meetings, the present work innovates by offering an agile and flexible guide for simulation projects in production systems, which also supports online interventions. Research method Action Research method was used to develop the framework. After its development, the FaMoSim (Facilitated Modeling Simulation) framework was applied in a real case to evaluate its applicability. Main findings In the application of FaMoSim, we achieved the framework's objectives: carrying out a faster (up to 3 months) and more flexible online modeling process; creating a simple computer model that does not require a complex data collection structure nor a specialist team; generating a better understanding of the process and assisting the stakeholders in identifying improvements. Implications for theory and practice Considering some challenges that prevent the expansion of DES studies, the framework assists in expanding DES studies in environments where it is not widely used. The framework supports online interventions, making it an interesting tool that can be used mainly in times of social distancing.info:eu-repo/semantics/openAccessAssociação Brasileira de Engenharia de ProduçãoProduction v.33 20232023-01-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S0103-65132023000101003en10.1590/0103-6513.20220073
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countrycode BR
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libraryname SciELO
language English
format Digital
author Oliveira,Milena Silva de
Santos,Carlos Henrique dos
Gabriel,Gustavo Teodoro
Leal,Fabiano
Montevechi,José Arnaldo Barra
spellingShingle Oliveira,Milena Silva de
Santos,Carlos Henrique dos
Gabriel,Gustavo Teodoro
Leal,Fabiano
Montevechi,José Arnaldo Barra
FaMoSim: a facilitated discrete event simulation framework to support online studies
author_facet Oliveira,Milena Silva de
Santos,Carlos Henrique dos
Gabriel,Gustavo Teodoro
Leal,Fabiano
Montevechi,José Arnaldo Barra
author_sort Oliveira,Milena Silva de
title FaMoSim: a facilitated discrete event simulation framework to support online studies
title_short FaMoSim: a facilitated discrete event simulation framework to support online studies
title_full FaMoSim: a facilitated discrete event simulation framework to support online studies
title_fullStr FaMoSim: a facilitated discrete event simulation framework to support online studies
title_full_unstemmed FaMoSim: a facilitated discrete event simulation framework to support online studies
title_sort famosim: a facilitated discrete event simulation framework to support online studies
description Abstract Paper aims To propose a framework to support online simulation studies considering facilitated modeling and concepts of modern industry context, such as agility and flexibility. Originality Since the frameworks in the literature deal with simulation projects focused on healthcare and face-to-face meetings, the present work innovates by offering an agile and flexible guide for simulation projects in production systems, which also supports online interventions. Research method Action Research method was used to develop the framework. After its development, the FaMoSim (Facilitated Modeling Simulation) framework was applied in a real case to evaluate its applicability. Main findings In the application of FaMoSim, we achieved the framework's objectives: carrying out a faster (up to 3 months) and more flexible online modeling process; creating a simple computer model that does not require a complex data collection structure nor a specialist team; generating a better understanding of the process and assisting the stakeholders in identifying improvements. Implications for theory and practice Considering some challenges that prevent the expansion of DES studies, the framework assists in expanding DES studies in environments where it is not widely used. The framework supports online interventions, making it an interesting tool that can be used mainly in times of social distancing.
publisher Associação Brasileira de Engenharia de Produção
publishDate 2023
url http://old.scielo.br/scielo.php?script=sci_arttext&pid=S0103-65132023000101003
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