Publication | Closed Access
An Approach for Safety Analysis of Cyber-Physical System Based on Model Transformation
11
Citations
3
References
2016
Year
Unknown Venue
EngineeringMeta ModelSafety ScienceSoftware EngineeringSoftware AnalysisFormal VerificationHybrid ProgramSafety-critical SystemSystems EngineeringModeling And SimulationCyber-physical SystemFormal SpecificationFormal ModelingComputer EngineeringComputer ScienceSafety ControlModel TransformationSoftware DesignSafety EngineeringSpecification LanguageCyber Physical SystemsProgram AnalysisAutomationFormal MethodsSafety AnalysisSafety SystemIndustrial InformaticsSystem SoftwareHybrid Program LanguageSystem Specification
The Cyber-Physical System has been characterized by deep integration of computing process and physical process, heterogeneous composition, etc. So it is difficult to model Cyber-Physical System and to analyze its properties. An approach to model Cyber-Physical System and to analyze its safety based on multiple modeling languages transformation is put forward. We model the Cyber-Physical System by Hybrid System Description Language, and analyze its safety by Hybrid Program Language. The meta model of Hybrid Program is established. The rules that automatically transform Hybrid System Description Language meta model to Hybrid Program meta model is provided. Result shows that this method can model Cyber-Physical System intuitively, meanwhile analyze its safety avoiding state space explosion in formal validation.
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