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A Multi-Paradigm Modelling and Simulation Methodology: Formalisms and Languages

机译:多范式建模和仿真方法:形式主义和语言

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Recently, the interest in Computer Aided Engineering of complex systems has increased[1]. This increase is mainly due to the growing coplexity of systems under study. This article focuses on systems characterised, not so much by a large number of compoents, but rather by the diversity of the components, but rather by the diversity of the components. A simplified example of an environmental system is presented. For the analysis and design of such complex systems, it is no longer sufficient to study the diverse components separately, using the specific formalisms these components were modelled in. Rather, it becomes necessary to answer questions about properties(most notably behaviour) of the whole system.
机译:最近,人们对复杂系统的计算机辅助工程的兴趣增加了[1]。这种增加主要是由于所研究系统的复杂性不断提高。本文关注的是特征化的系统,而不是大量的组件,而是组件的多样性,而是组件的多样性。给出了环境系统的简化示例。对于此类复杂系统的分析和设计,仅使用模型化这些组件的特定形式主义来单独研究各个组件已不再足够。相反,有必要回答有关整体属性(最显着的行为)的问题系统。

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