XDEVS:混合系统建模框架

Kunyu Xie, Lin Zhang, Y. Laili, Xiaohan Wang
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引用次数: 1

摘要

当使用离散事件系统规范(DEVS)作为建模工具时,DEVS模型和数学表示之间存在语义差距,这可能导致理解困难。为了提供更直观的建模形式,XDEVS扩展了DEVS中状态的概念。在XDEVS中引入连续状态,增强了对混合系统建模的能力。为了安全高效地驱动XDEVS模型,避免连续模型仿真过程中状态事件定位错误,在DEVS仿真框架的基础上开发了仿真引擎。利用XDEVS构建了一个混合模型并进行了仿真。通过将XDEVS模型与DEV&DESS和GDEVS描述的模型进行比较,可以看出XDEVS能够清晰地表达模型的结构,减轻建模人员的负担。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
XDEVS: A hybrid system modeling framework
When Discrete Event System Specification (DEVS) is used as a modeling tool, there is a semantic gap between a DEVS model and the mathematical representation, which may result in understanding difficulties. To provide a more intuitive form of modeling, XDEVS expands the concept of states in DEVS. The continuous state is introduced in XDEVS, which enhances the ability to model hybrid systems. Based on the DEVS simulation framework, a simulation engine is developed to drive the XDEVS model safely and efficiently and avoid the wrong location of state events during the simulation of the continuous model. A hybrid model is constructed and simulated using XDEVS. A comparison between the XDEVS model and models described by DEV&DESS and GDEVS shows that XDEVS can clearly express the structure of the model and reduce the burden on modelers.
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