How can continuous Petri net be used to mode cyberphysical systems?
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Continuous Petri nets can be used to model cyber-physical systems by providing a readable and powerful graphical modeling language. These nets allow the creation of high-level models of embedded controllers, which can be translated into executable code or state machines. The IOPT Tools framework supports the translation of Petri net models into state machines, which can be easily executed by various platforms for cyber-physical systems . Continuous Petri nets can also be used to model continuous systems by employing speed control arcs, which control the firing speeds associated with transitions. This approach reduces complexity and uncertainty in modeling continuous systems and facilitates the design procedure for multi-mode controllers in industrial systems . Additionally, continuous Petri nets can be translated into hybrid automata, providing a structural translation algorithm that preserves timed bisimilarity between the models .
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| Papers (5) | Insight |
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Open access 03 Apr 2016 8 Citations | The paper does not provide information on how continuous Petri nets can be used to model cyberphysical systems. |
| The provided paper does not specifically mention the use of continuous Petri nets for modeling cyberphysical systems. | |
01 Jan 2016 1 Citations | The provided paper does not specifically mention the modeling of cyberphysical systems using continuous Petri nets. The paper focuses on modeling continuous systems using Petri nets with speed control arcs. |
16 Jul 2018 12 Citations | Continuous Petri nets can be used to model cyber physical systems by providing a pattern for modeling continuous behavioral features in the system. |
01 Jun 2019 | The provided paper does not mention the use of continuous Petri nets to model cyberphysical systems. |
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