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Research on system-of-systems combat simulation model formal specification and representation 被引量:2

Research on system-of-systems combat simulation model formal specification and representation
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摘要 To makesystem-of-systems combat simulation models easy to be developed and reused, simulation model formal specification and representation are researched. According to the view of system-of-systems combat simulation, and based on DEVS, the simulation model's fundamental formalisms are explored. It includes entity model, system-of-systems model and experiment model. It also presents rigorous formal specification. XML data exchange standard is combined to design the XML based language, SCSL, to support simulation model representation. The corresponding relationship between SCSL and simulation model formalism is discussed and the syntax and semantics of elements in SCSL are detailed. Based on simulation model formal specification, the abstract simulation algorithm is given and SCSL virtual machine, which is capable of automatically interpreting and executing simulation model represented by SCSL, is designed. Finally an application case is presented, which can show the validation of the theory and verification of SCSL. To makesystem-of-systems combat simulation models easy to be developed and reused, simulation model formal specification and representation are researched. According to the view of system-of-systems combat simulation, and based on DEVS, the simulation model's fundamental formalisms are explored. It includes entity model, system-of-systems model and experiment model. It also presents rigorous formal specification. XML data exchange standard is combined to design the XML based language, SCSL, to support simulation model representation. The corresponding relationship between SCSL and simulation model formalism is discussed and the syntax and semantics of elements in SCSL are detailed. Based on simulation model formal specification, the abstract simulation algorithm is given and SCSL virtual machine, which is capable of automatically interpreting and executing simulation model represented by SCSL, is designed. Finally an application case is presented, which can show the validation of the theory and verification of SCSL.
作者 Liu Chen
机构地区 First Inst.
出处 《Journal of Systems Engineering and Electronics》 SCIE EI CSCD 2006年第4期901-909,共9页 系统工程与电子技术(英文版)
关键词 simulation model formalism simulation model representation system-of-systems combat simulation language simulation virtual machine. simulation model formalism, simulation model representation, system-of-systems combat simulation language, simulation virtual machine.
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参考文献10

  • 1Yücesan E,,Chen C H,Snowdon J L.Next generation simulation environments founded on open source software and xml-based standard interfaces[].Proc of the Winter Simulation Conference.2002
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  • 3Ki Jung Hong,,Tag Gon Kim,In Sup Kwon.Devsif: relational algebraic DEVS intermediate format[]..2002
  • 4Liu Chen,Shi Feng,Huagn Yan-yan, et al.An XML based simulation language and Its simulator design[].Proc of the Asia Simulation Conference/Sixth International Conference on System Simulation and Scientific Computing (ICSC’.2005
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  • 2Uday P, Marais K. Exploiting stand-in redundancy to improve resilience in a system-of-systems (SOS)[J]. Procedia Computer Science, 2013, 16: 532-541.
  • 3Roy S K, Joannou D, Tian Y, et al. Using architecture patterns to architect and analyze systems of systems[J]. Procedia Com- puter Science, 2013, 16: 283-292.
  • 4Song X, Liu B C, Gong G H. Modeling and simulation for com- plex network based military system-of-systems (SOS) [C] // Proc. of the 1st International Conference on Engineering and Technology Innovation, 2011.
  • 5Liu Y, Hu X F, Wu L. Evolutionary analysis of operation sys- tem-of-systems (SOS) network based on simulated data[C]// Proc. of the 9th Web Information Systems and Applications Conference, 2012.
  • 6Pan X, Yin B S, Hu J M. Modeling and simulation for SoS based on the DoDAF framework[C]//Proe, of the 9th lnterna tional Conference on Reliability, Maintainability and Safety : Safety First, Reliability Primary, 2011.
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