基于Simulink和statflow的混合动力图形化建模

A. Rajhans, S. Avadhanula, A. Chutinan, P. Mosterman, Fu Zhang
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引用次数: 13

摘要

Simulink和Stateflow是基于模型的设计工具,支持多种混合动力学建模机制。每种工具都有不同的优势。在本文中,提出了一种新的建模结构,它结合了这些优点,从而能够在单个状态流图中对混合动力学进行图形化建模。开发了一种新型的Stateflow状态作为Simulink子系统,以方便使用Stateflow内部的Simulink块对连续动态进行图形化建模。使用新的状态访问器块进行远程文本和图形状态访问,可以在转换保护和重置操作中使用连续状态。使用混合动力学的各种例子说明了这种新形式的主要特征。
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Graphical Modeling of Hybrid Dynamics with Simulink and Stateflow
Simulink and Stateflow are tools for Model-Based Design that support a variety of mechanisms for modeling hybrid dynamics. Each of these tools has different strengths. In this paper, a new modeling construct is presented that combines these strengths to enable graphical modeling of hybrid dynamics within a single Stateflow chart. A new type of Stateflow state that acts as a Simulink subsystem is developed to facilitate graphical modeling of continuous dynamics using Simulink blocks inside Stateflow. Remote textual and graphical state access using new state-accessor blocks enables continuous states to be used in transition guards and reset actions. Key features of this new formalism are illustrated using various examples with hybrid dynamics.
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Session details: Modeling and Verification Algorithms for exact and approximate linear abstractions of polynomial continuous systems Formal Controller Synthesis from Hybrid Programs Session details: Stabilization and Control Design Compositional Synthesis for Symbolic Control
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