AbstractHighly-reconfigurable component-based systems, i.e., systems that are built form existing components and are distributed in many versions and configurations, are becoming increasingly popular.The design and verification of such systems presents new challenges. In this paper we propose a design approach that facilitates analysis and testing of different configurations by identifying and tracking relations among requirements, logic components and resources. The approach proposed in the paper allows for easily identifying different dependencies among resources, components and requirements and thus spotting the tests that must be re-executed to assure the desired level of quality
The development of complex systems based on reusable components has many advantages such as lower co...
Building high quality and reusable software components is very important for component-based softwar...
AbstractFault tolerance is one of the most important means to avoid service failure in the presence ...
AbstractHighly-reconfigurable component-based systems, i.e., systems that are built form existing co...
AbstractVerification of component-based systems presents new challenges not yet completely addressed...
AbstractComponent-based software systems raise new problems for the testing community: the reuse of ...
AbstractFault tolerance is one of the most important means to avoid service failure in the presence ...
International audienceThe modularity offered by component-based systems made it one of the most empl...
AbstractComponent technology is increasingly used to develop modular, configurable, and reusable sys...
In the last years software researchers have been looking for ways of assembling systems in a style o...
The verification of component-based systems can be extremely complicated because it is usually not p...
Many component-based systems are deployed in diverse environments, each with different components an...
AbstractIn component-based software engineering, reconfiguration describes structural changes to the...
International audienceIn this paper, we pursue our works on generic modeling and conformance testing...
Software systems are usually formed by multiple components which interact with one another. In large...
The development of complex systems based on reusable components has many advantages such as lower co...
Building high quality and reusable software components is very important for component-based softwar...
AbstractFault tolerance is one of the most important means to avoid service failure in the presence ...
AbstractHighly-reconfigurable component-based systems, i.e., systems that are built form existing co...
AbstractVerification of component-based systems presents new challenges not yet completely addressed...
AbstractComponent-based software systems raise new problems for the testing community: the reuse of ...
AbstractFault tolerance is one of the most important means to avoid service failure in the presence ...
International audienceThe modularity offered by component-based systems made it one of the most empl...
AbstractComponent technology is increasingly used to develop modular, configurable, and reusable sys...
In the last years software researchers have been looking for ways of assembling systems in a style o...
The verification of component-based systems can be extremely complicated because it is usually not p...
Many component-based systems are deployed in diverse environments, each with different components an...
AbstractIn component-based software engineering, reconfiguration describes structural changes to the...
International audienceIn this paper, we pursue our works on generic modeling and conformance testing...
Software systems are usually formed by multiple components which interact with one another. In large...
The development of complex systems based on reusable components has many advantages such as lower co...
Building high quality and reusable software components is very important for component-based softwar...
AbstractFault tolerance is one of the most important means to avoid service failure in the presence ...