Titlebook: Rigorous State-Based Methods; 8th International Co Alexander Raschke,Dominique Méry Conference proceedings 2021 Springer Nature Switzerland

完全

Formal Meta Engineering Event-B: Extension and Reasoning The , FrameworkState-based Formal methods have been used to design and verify the development of complex software systems for a long time. Such methods are underpinned with solid mathematical concepts.

indices

978-3-030-77542-1Springer Nature Switzerland AG 2021

動(dòng)脈

prosperity

不再流行

https://doi.org/10.1007/978-3-030-77543-8architecture verification and validation; B Method; embedded systems; event-b; Event-B; formal logic; form

Congruous

The CamilleX Framework for the Rodin PlatformB modelling constructs. It supports direct extensions to the Event-B syntax such as machine inclusion and record structures, as well as indirect extensions provided by other plugins such as UML-B diagrams. We discusses CamilleX’s design and in particular, its extension mechanisms and examples of their use.

甜食

A Modeling and Verification Framework for Security Protocolsnerabilities and leak of information. My PhD project aims to reduce the possibility of introducing flaws supporting designers and engineers with a user-friendly formal verification framework, with various options for both model construction and verification.

掙扎

About the Concolic Execution and Symbolic ASM Function Promotion in CASM(CASM) language. We outline the transformation of a symbolically executed ASM specification to a single Thousands of Problems for Theorem Provers (TPTP) format. Furthermore, we introduce a compiler analysis to promote concrete ASM functions into symbolic ones in order to obtain symbolic consistency.

Focus-Words

發(fā)牢騷

Automatic Transformation of SysML Model to Event-B Model for Railway CCS Applicationn is applied on a simple point machine case study from DB Netz AG; First, a SysML model is designed using the Windchill modeler, then automatically transformed to Event-B and finally imported into the RODIN platform for formal verification.