Formal Modeling Of Airport Security Regulations Using The Focal Environment

Barcelona, Catalunya(2008)

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摘要
We present the formalization of regulations intended to ensure airport security in the framework of civil aviation. In particular, we describe the formal models of two standards, one at the international level and the other at the European level. These models are expressed using the Focal environment, which is an object-oriented specification and proof system. In addition, we show that these models are correct and complete thanks to the Zenon automated theorem prover, which is the dedicated reasoning support of Focal Finally, we propose an automatic transformation of Focal specifications to UML class diagrams, in order to provide a graphical documentation of formal models for developers, and in the long-term, for certification authorities.
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关键词
zenon automated theorem prover,airport security,airport security regulations,uml class diagram,automatic transformation,security,airports,certification authorities,international level,formal modeling,focal environment,graphical documentation,reasoning about programs,civilaviation,proof system,theorem proving,uml class diagrams,object-oriented programming,unified modeling language,certification authority,focal specifications,focal specification,object-oriented specification,european level,formal specification,formal model,dedicated reasoning,certificate authority,theorem prover,probability density function,atmospheric modeling,object oriented,object oriented programming,data mining
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