2006Unpublished venueOpen access

A Distributed Simulation Approach for Modeling and Analyzing Systems of Systems

Abeer Sharawi, Serge Sala-Diakanda, Adam Dalton, Sergio Quijada, Nabeel Yousef, Luis Rabelo, José Sepúlveda

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Abstract

Certain business objectives cannot be met without the interaction and communication between different systems. An interesting concept called system of systems (SoS), which aims to describe this interaction between systems has been gaining attention in the last few years. In this paper an extensive review of the literature is performed to capture the main characteristics associated to this concept in order to propose a new, more complete definition. This paper also proposes the use of distributed simulation through the high level architecture (HLA) rules to model and simulate systems of systems. We illustrate our idea with two different examples; a simplified supply chain network of a computer assembly and an aircraft initial sizing scenarios. The paper concludes with a discussion of some of the significant advantages distributed simulation could offer over traditional simulation for the analysis of such complex systems

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What this paper is about

Certain business objectives cannot be met without the interaction and communication between different systems. An interesting concept called system of systems (SoS), which aims to describe this interaction between systems has been gaining attention in the last few years. In this paper an extensive review of the literature is performed to capture the main characteristics associated to this concept in order to propose a new, more complete definition. This paper also proposes the use of distributed simulation through the high level architecture (HLA) rules to model and simulate systems of systems. We illustrate our idea with two different examples; a simplified supply chain network of a computer assembly and an aircraft initial sizing scenarios. The paper concludes with a discussion of some of the significant advantages distributed simulation could offer over traditional simulation for the analysis of such complex systems

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Available abstract

Certain business objectives cannot be met without the interaction and communication between different systems. An interesting concept called system of systems (SoS), which aims to describe this interaction between systems has been gaining attention in the last few years. In this paper an extensive review of the literature is performed to capture the main characteristics associated to this concept in order to propose a new, more complete definition. This paper also proposes the use of distributed simulation through the high level architecture (HLA) rules to model and simulate systems of systems. We illustrate our idea with two different examples; a simplified supply chain network of a computer assembly and an aircraft initial sizing scenarios. The paper concludes with a discussion of some of the significant advantages distributed simulation could offer over traditional simulation for the analysis of such complex systems

Key concepts: Computer science, High-level architecture, Distributed computing, Sizing, Complex system, System of systems, Architecture, Systems engineering

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