Van Cam Pham

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One of the problems of systems based on distributed archi-tectures is the communication between applications running on different platforms on a network. The appearance of middleware reduces the complexity in transferring data between heterogeneous platforms of such systems. Up until now, various middleware have been proposed to facilitate the distributed(More)
UML state machines and composite structure models are efficient to design the behavior and structure of architectures. In Model Driven Engineering (MDE), code can be automatically generated from the models. Nevertheless, current UML tools only produce skeleton code which is then fine-tuned by programmers. The modifications in code, which may violate the(More)
Model-Driven Engineering (MDE) is a development paradigm that brings the benefits of increased automation to the software development cycle. The MDE community tries to promote MDE adoption by pushing models written in diagram-based languages, supported by extensive tooling. While there is increasing evidence that MDE facilitates the design of complex(More)
Model driven engineering allows many stakeholders to contribute their expertise to the system description. This practice enables agility but implies consistency maintenance issues between different system models. Incremental model transformations (IMT) are used to synchronize different artifacts contributed by the stakeholders. IMTs detect changes on the(More)
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