An extension of earlier work on component compatibility is described in this paper. Similarly as before, the behavior of components is specified by component interface languages, and the shuffle operation is introduced to represent possible interleavings of service requests that originate at several concurrent components. The paper shows that the verification of component compatibility is possible without the exhaustive analysis of the state space of interacting components. Exhaustive analysis of state spaces was the basis of earlier approaches to compatibility verification
© 2004, Australian Computer Society Inc.In this article, we present a practical analysis approach th...
AbstractIn component-based software development, an important problem is behavioral incompatibility ...
AbstractThe effective (re)use of components requires languages for the precise description of observ...
Similarly as in earlier work on component compatibility, the behavior of components is specified by ...
In component-based systems, two components are compatible if all possible sequences of services requ...
The area of Component Based Software Engineering (CBSE) is rapidly emerging as a means of mitigating...
In component-based systems, two interacting components are compatible if all sequences of services r...
International audienceAn interesting formal approach to specify component interfaces is interface au...
International audienceCompatibility is a crucial problem that is encountered while constructing new ...
International audienceComponent interoperability is one of the essential issues in the component bas...
In component-based systems, the behavior of components is usually described at component interfaces ...
Rapport interne.We present a way of specifying software components that is suitable for checking the...
AbstractAn interesting formal approach to specify component interfaces is interface automata based a...
In component-based software development, an important problem is behavioral incompatibility in compo...
AbstractLinda is a coordination language, originally presented as a set of inter-agent communication...
© 2004, Australian Computer Society Inc.In this article, we present a practical analysis approach th...
AbstractIn component-based software development, an important problem is behavioral incompatibility ...
AbstractThe effective (re)use of components requires languages for the precise description of observ...
Similarly as in earlier work on component compatibility, the behavior of components is specified by ...
In component-based systems, two components are compatible if all possible sequences of services requ...
The area of Component Based Software Engineering (CBSE) is rapidly emerging as a means of mitigating...
In component-based systems, two interacting components are compatible if all sequences of services r...
International audienceAn interesting formal approach to specify component interfaces is interface au...
International audienceCompatibility is a crucial problem that is encountered while constructing new ...
International audienceComponent interoperability is one of the essential issues in the component bas...
In component-based systems, the behavior of components is usually described at component interfaces ...
Rapport interne.We present a way of specifying software components that is suitable for checking the...
AbstractAn interesting formal approach to specify component interfaces is interface automata based a...
In component-based software development, an important problem is behavioral incompatibility in compo...
AbstractLinda is a coordination language, originally presented as a set of inter-agent communication...
© 2004, Australian Computer Society Inc.In this article, we present a practical analysis approach th...
AbstractIn component-based software development, an important problem is behavioral incompatibility ...
AbstractThe effective (re)use of components requires languages for the precise description of observ...