UML for real-time: which native concepts to use?
UML for real
Real-time system modeling with ACCORD/UML methodology: illustration through an automotive case study
Languages for system specification
Recursive modeling for completed code generation
Proceedings of the 1st Workshop on Behaviour Modelling in Model-Driven Architecture
An institution theory of formal meta-modelling in graphically extended BNF
Frontiers of Computer Science in China
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Moving from code-oriented to model-oriented development facilitates significantly management of increasingly complex software. As explained in [1] clear separation of concerns during application development can drastically increase maintainability,reusability and complexity management. Although existing UML-based approaches for real-time systems development do help speed up software development, they still result in models that are hard to maintain and reuse. This drawback is mainly due to a failure to apply the principles of separating concerns. This paper presents an UML-based method using Aspect Principles and dedicated to the development of real-time embedded systems. It focuses mainly on how suitable separation of concerns may ease reusability and maintainability. Specifically, it depicts how application behavior can be clearly modeled applying separation of control and computation aspects of behavior in UML.