UML-B is a graphical front end for Event-B. It adds support for class-oriented modelling but retains the Event-B concept of a closed system characterized by families of spontaneous events. UML-B is similar to UML but is essentially a new notation based on a separate meta-model. We provide tool support for UML-B, including drawing tools and a translator to generate Event-B models. The tools are closely integrated with the Event-B verification tools so that when a drawing is saved the translator automatically generates the corresponding Event-B model. The Event-B verification tools (syntax checker and prover) then run automatically providing an immediate display of problems. We introduce the UML-B notation its tool support and its integration...
Event-B is a language for the formal development of reactive systems. At present the RODIN toolkit [...
We show how events can be modeled in terms of UML. We view events as change agents that have consequ...
Formal methods are mathematical techniques used for developing large systems. The complexity of grow...
UML-B is a graphical front end for Event-B. It adds support for class-oriented modelling but retains...
Abstract. UML-B provides a graphical front end for Event-B. It adds support for class-oriented and s...
UML-B is a ‘UML-like’ graphical front end for Event-B that provides support for object-oriented and ...
UML-B is a UML-like graphical front end for Event-B that provides support for object- oriented model...
UML-B provides a graphical notation for Event-B that enables formal development in a UML style. UB2D...
Rapport interne.An appropriate approach for integrating UML and B specification techniques allows us...
Abstract –The lack of a precise semantics for UML AD makes the reasoning on models constructed using...
The UML is a popular modelling notation that has a natural appeal to hardware and software engineers...
In this article, we define an approach for model transformation. We use the example of UML Activity ...
UML-B is a graphical front-end for the formal method Event-B. UML-B models are translated to Event-...
UML-B is a ’UML-like’ graphical front end for Event-B that provides support for object-oriented mode...
The emergence of the UML as a de-facto standard for object-oriented modelling has been mirrored by t...
Event-B is a language for the formal development of reactive systems. At present the RODIN toolkit [...
We show how events can be modeled in terms of UML. We view events as change agents that have consequ...
Formal methods are mathematical techniques used for developing large systems. The complexity of grow...
UML-B is a graphical front end for Event-B. It adds support for class-oriented modelling but retains...
Abstract. UML-B provides a graphical front end for Event-B. It adds support for class-oriented and s...
UML-B is a ‘UML-like’ graphical front end for Event-B that provides support for object-oriented and ...
UML-B is a UML-like graphical front end for Event-B that provides support for object- oriented model...
UML-B provides a graphical notation for Event-B that enables formal development in a UML style. UB2D...
Rapport interne.An appropriate approach for integrating UML and B specification techniques allows us...
Abstract –The lack of a precise semantics for UML AD makes the reasoning on models constructed using...
The UML is a popular modelling notation that has a natural appeal to hardware and software engineers...
In this article, we define an approach for model transformation. We use the example of UML Activity ...
UML-B is a graphical front-end for the formal method Event-B. UML-B models are translated to Event-...
UML-B is a ’UML-like’ graphical front end for Event-B that provides support for object-oriented mode...
The emergence of the UML as a de-facto standard for object-oriented modelling has been mirrored by t...
Event-B is a language for the formal development of reactive systems. At present the RODIN toolkit [...
We show how events can be modeled in terms of UML. We view events as change agents that have consequ...
Formal methods are mathematical techniques used for developing large systems. The complexity of grow...