ProC/B goes OMNeT++: Efficient Simulation of Process Chains
ProC/B goes OMNeT++: Efficient Simulation of Process Chains
复制标题
ProC/B 走向 OMNeT:流程链的高效仿真
DOI:
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发表时间:
2011
期刊:
影响因子:
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通讯作者:
Sebastian Vastag
中科院分区:
文献类型:
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作者:
J. Kriege;Sebastian Vastag
In recent years model based analysis has become more and more important for the development of business processes, manufacturing systems and logistics networks [4]. The ProC/B -toolset [1] is a framework for the modelling and analysis of logistics networks using the process chain based formalism ProC/B . This paper describes the integration of OMNeT++ into the toolset that allows an efficient simulation of process chain models. ProC/B consists of a graphical editor for model and experiment specification that allows to define detailed measures for every FU. Analysis of ProC/B -models is realized by external tools, that are linked to the ProC/B -toolset by transformers: Currently converters to the APNN-toolbox and the simulation tool HIT providing analysis by simulation, Product-form Queueing Network analysis and numerical analysis of GSPNs are available. We have extended the toolset with a converter to OMNeT++ and a library that implements elements from the ProC/B -formalism as OMNeT++ modules recently, thus allowing for simulation of ProC/B -models with OMNeT++. In this paper we will give an overview of model and measurement specification with the ProC/B -editor, the conversion of ProC/B -models to OMNeT++ and the result visualization in the ProC/B -toolset.