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首页> 外文期刊>Proceedings of the Workshop on Principles of Advanced and Distributed Simulation >BUILDING PARTIAL DIFFERENTIAL EQUATIONS MODELS USING CELL-DEVS
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BUILDING PARTIAL DIFFERENTIAL EQUATIONS MODELS USING CELL-DEVS

机译:建立局部微分方程模型使用单元格开发

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The study of complex systems usually requires hybrid simulations because they have components that are continuous in nature and other that are discrete. It has been proved that DEVS is s a common denominator to combine different Modeling and Simulation methodologies (such as Petri Nets, Cellular Automata, Modelica etc.). We present a cellular model solution to solve PDEs as an extension of classical numerical methods combined with the Cell-DEVS formalism. We explain how to use Cell-DEVS to solve PDEs, focusing on two examples: the PDEs of a Heat Diffusion Process solved with the Method of Lines, and the Shallow Water Equations solved using the Lax-Wendroff method. We will discuss the advantages of solving PDEs with Cell-DEVS, in particular its integration with other hybrid models.
机译:复杂系统的研究通常需要混合模拟,因为它们具有与离散的性质中连续的组件。 已经证明,DEVS是一个共同的分母,用于结合不同的建模和仿真方法(例如Petri网,蜂窝自动机,Modelica等)。 我们提出了一种蜂窝模型解决方案,以解决PDE作为经典数值方法的延伸,与细胞 - 开发的形式主义相结合。 我们解释了如何使用细胞开发来解决PDE,专注于两个示例:用线路方法解决的热扩散过程的PDE,以及使用LAX-Wendroff方法解决的浅水方程。 我们将讨论用细胞开发求解PDE的优势,特别是与其他混合模型集成。

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