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Formal verification of complex systems PDF

98 Pages·2017·14.59 MB·English
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Formal verification of complex systems: model-based and data-driven methods Alessandro Abate DepartmentofComputerScience,UniversityofOxford Alan Turing Institute - Oct 27, 2017 AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide1/32 industrial impact in verification of protocols, hardware circuits, and software asserts properties over given model of a system scalable and useful on unsophisticated models Automated formal verification: successes and frontiers automated, sound, formal AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide2/32 asserts properties over given model of a system scalable and useful on unsophisticated models Automated formal verification: successes and frontiers automated, sound, formal industrial impact in verification of protocols, hardware circuits, and software AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide2/32 Automated formal verification: successes and frontiers automated, sound, formal industrial impact in verification of protocols, hardware circuits, and software asserts properties over given model of a system scalable and useful on unsophisticated models AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide2/32 Automated formal verification: pushing the envelope 1 verification of physical systems (cyber-physical systems) bridging the gap between data and models principled integration of learning and verification 2 verification of complex models dynamical models with uncertainty, noise (for CPS) via formal abstractions AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide3/32 smart energy initiatives at Oxford CS Building automation systems: an exemplar of CPS cyber-physical systems: integration of physical/analogue with cyber/digital building automation systems as a CPS exemplar AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide4/32 Building automation systems: an exemplar of CPS cyber-physical systems: integration of physical/analogue with cyber/digital building automation systems as a CPS exemplar smart energy initiatives at Oxford CS AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide4/32 Building automation systems - a CPS exemplar Building automation system setup in rooms 478/9 at Oxford CS advanced modelling for smart buildings applications: certifiable energy management 1 control of temperature, humidity, CO2 2 model-based predictive maintenance of devices 3 fault-tolerant certified control 4 demand-response over smart grids AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide5/32 Building automation systems - a CPS exemplar Building automation system setup in rooms 478/9 at Oxford CS advanced modelling for smart buildings applications: certifiable energy management 1 control of temperature, humidity, CO2 2 model-based predictive maintenance of devices 3 fault-tolerant certified control 4 demand-response over smart grids AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide5/32 Building automation systems - a CPS exemplar Building automation system setup in rooms 478/9 at Oxford CS advanced modelling for smart buildings applications: certifiable energy management 1 control of temperature, humidity, CO2 2 model-based predictive maintenance of devices 3 fault-tolerant certified control 4 demand-response over smart grids AlessandroAbate,CS,Oxford Model-basedanddata-drivenverification slide5/32

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Formal verification of complex systems: model-based and data-driven methods. Alessandro Abate. Department of Computer Science, University of Oxford. Alan Turing Institute - Oct 27, 2017. Alessandro Abate, CS, Oxford. Model-based and data-driven verification slide 1 /32
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