A Distributed Simulation Approach to Integrate AnyLogic and Unity for Virtual Reality Applications: Case of COVID-19 Modelling and Training in a Dialysis Unit

Different heterogeneous simulation components can be integrated to produce a more effective complex global system. The IEEE High-Level Architecture (HLA) is an international standard that promotes interoperability and reusability for distributed simulation (DS). This paper proposes a DS system that...

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Veröffentlicht in:2021 IEEE/ACM 25th International Symposium on Distributed Simulation and Real Time Applications (DS-RT) S. 1 - 7
Hauptverfasser: Possik, Jalal, Gorecki, Simon, Asgary, Ali, Solis, Adriano O., Zacharewicz, Gregory, Tofighi, Mohammadali, Shafiee, Mohammad Ali, Merchant, Asad A., Aarabi, Mehdi, Guimaraes, Abel, Nadri, Nazanin
Format: Tagungsbericht
Sprache:Englisch
Veröffentlicht: IEEE 27.09.2021
Schlagworte:
AnyLogic
COVID-19
dialysis unit
distributed simulation
Games
hemodialysis
HLA
Modelling and simulation
Solid modeling
Three-dimensional displays
Training
Unity
Virtual environments
virtual reality
Visualization
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Abstract Different heterogeneous simulation components can be integrated to produce a more effective complex global system. The IEEE High-Level Architecture (HLA) is an international standard that promotes interoperability and reusability for distributed simulation (DS). This paper proposes a DS system that integrates an agent-based and discrete-event simulator with a 3D game engine to build virtual reality (VR) applications that replicate real environments. In this case study, AnyLogic is used as an agent-based and discrete event simulator to simulate the process flow and COVID-19 transmission inside the University Health Network dialysis unit, Toronto, Canada. Unity game engine delivers the 3D modelling replicating the real architecture and environment of the dialysis unit. The HLA standard plays a major role in the integration of AnyLogic and Unity to produce a more effective and powerful DS system for VR applications.
AbstractList Different heterogeneous simulation components can be integrated to produce a more effective complex global system. The IEEE High-Level Architecture (HLA) is an international standard that promotes interoperability and reusability for distributed simulation (DS). This paper proposes a DS system that integrates an agent-based and discrete-event simulator with a 3D game engine to build virtual reality (VR) applications that replicate real environments. In this case study, AnyLogic is used as an agent-based and discrete event simulator to simulate the process flow and COVID-19 transmission inside the University Health Network dialysis unit, Toronto, Canada. Unity game engine delivers the 3D modelling replicating the real architecture and environment of the dialysis unit. The HLA standard plays a major role in the integration of AnyLogic and Unity to produce a more effective and powerful DS system for VR applications.
Author Asgary, Ali
Nadri, Nazanin
Possik, Jalal
Solis, Adriano O.
Guimaraes, Abel
Shafiee, Mohammad Ali
Tofighi, Mohammadali
Merchant, Asad A.
Gorecki, Simon
Zacharewicz, Gregory
Aarabi, Mehdi
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  surname: Possik
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  givenname: Simon
  surname: Gorecki
  fullname: Gorecki, Simon
  email: asgaryim@yorku.ca
  organization: Groupe de Recherche en Economie Théorique et Appliquée (GREThA) UMR CNRS 5113, University of Bordeaux,Pessac,France,33608
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  givenname: Ali
  surname: Asgary
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  email: asolisim@yorku.ca
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  givenname: Adriano O.
  surname: Solis
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  givenname: Mohammadali
  surname: Tofighi
  fullname: Tofighi, Mohammadali
  email: gregory.zacharewicz@mines-ales.fr
  organization: Advanced Disaster, Emergency and Rapid Response Simulation (ADERSIM), York University,Toronto,Ontario,Canada,M3J IP3
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  givenname: Mohammad Ali
  surname: Shafiee
  fullname: Shafiee, Mohammad Ali
  email: mohammad.shafiee@uhn.ca
  organization: Toronto General Hospital,Division of General Internal Medicine,Department of Medicine,Toronto,Ontario,Canada
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  givenname: Asad A.
  surname: Merchant
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  organization: Toronto General Hospital,Division of General Internal Medicine,Department of Medicine,Toronto,Ontario,Canada
– sequence: 9
  givenname: Mehdi
  surname: Aarabi
  fullname: Aarabi, Mehdi
  email: mehdi.aarabi@gmail.com
  organization: Toronto General Hospital,Division of General Internal Medicine,Department of Medicine,Toronto,Ontario,Canada
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  surname: Guimaraes
  fullname: Guimaraes, Abel
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  organization: Advanced Disaster, Emergency and Rapid Response Simulation (ADERSIM), York University,Toronto,Ontario,Canada,M3J IP3
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  givenname: Nazanin
  surname: Nadri
  fullname: Nadri, Nazanin
  email: nazaninnadri1@gmail.com
  organization: Advanced Disaster, Emergency and Rapid Response Simulation (ADERSIM), York University,Toronto,Ontario,Canada,M3J IP3
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SubjectTerms AnyLogic
COVID-19
dialysis unit
distributed simulation
Games
hemodialysis
HLA
Modelling and simulation
Solid modeling
Three-dimensional displays
Training
Unity
Virtual environments
virtual reality
Visualization
Title A Distributed Simulation Approach to Integrate AnyLogic and Unity for Virtual Reality Applications: Case of COVID-19 Modelling and Training in a Dialysis Unit
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