VARA LARSEN , Matias Ezequiel

Systems are getting more and more complex and usually in- volve many stakeholders. Stakeholders are concerned by different aspects of the system, potentially supported by multiple Domain Specific Mod- eling Languages (DSMLs). The DSMLs are usually different not only in their syntax but also in their behavioral semantics. In order to pro- vide...

Systems are getting more and more complex and usually in- volve many stakeholders. Stakeholders are concerned by different aspects of the system, potentially supported by multiple Domain Specific Mod- eling Languages (DSMLs). The DSMLs are usually different not only in their syntax but also in their behavioral semantics. In order to pro- vide...

Embedded and cyber-physical systems are becoming more and more complex. They are often split into subsystems and each subsystem can be addressed by a Domain Specific Modeling Language (DSML). A DSML efficiently specifies the domain concepts as well as their behavioral semantics. For a single system, several models conforming to different DSMLs...

The design of complex systems involves various, possibly heterogeneous, structural and behavioral models. In model-driven engineering, the coordination of behavioral models to produce a single integrated model is necessary to provide support for validation and verification. Indeed, it allows system designers to understand and validate the...

We present the integration of the Behavioral Coordination Operator Language (B-COOL) into the GEMOC Studio. B-COOL enables the system designer to automate the coordination of models by specifying Operators between Domain-Specific Modeling Languages. In this demonstration, we present how B-COOL is used to coordinate the heterogeneous model of a...

Current metamodeling techniques can be used to specify the syntax and semantics of domain specific modeling languages (DSMLs). However, there is currently very little support for explicitly specifying concurrency semantics using metamodels. Often, such semantics are provided through implicit concurrency models embedded in the underlying...

Current metamodeling techniques can be used to specify the syntax and semantics of domain specific modeling languages (DSMLs). However, there is currently very little support for explicitly specifying concurrency semantics using metamodels. Often, such semantics are provided through implicit concurrency models embedded in the underlying...