Model-based improvement equipment, and aiding applied sciences, offers the ideas and instruments had to tackle the issue among lowering process improvement bills and time, and constructing more and more advanced platforms. This publication presents the knowledge had to comprehend and follow model-drive engineering (MDE) and model-drive structure (MDA) ways to the improvement of embedded platforms. Chapters, written by way of specialists from academia and undefined, conceal issues in terms of MDE practices and techniques, in addition to rising MDE applied sciences. a lot of the writing is predicated at the displays given on the summer time tuition “MDE for Embedded structures” held at Brest, France, in September 2004.Content:
Chapter 1 version Transformation: A Survey of the state-of-the-art (pages 1–19): Tom Mens
Chapter 2 Model?Based Code iteration (pages 21–42): Chris Raistrick
Chapter three checking out version variations: A Case for try out iteration from enter area types (pages 43–72): Benoit Baudry
Chapter four Symbolic Execution?Based ideas for Conformance trying out (pages 73–103): Christophe Gaston, Pascale Le Gall, Nicolas Rapin and Assia Touil
Chapter five utilizing MARTE and SysML for Modeling Real?Time Embedded structures (pages 105–137): Huascar Espinoza, Daniela Cancila, Sebastien Gerard and Bran Selic
Chapter 6 software program Model?based functionality research (pages 139–166): Dorina C. Petriu
Chapter 7 version Integration for Formal Qualification of Timing?Aware software program facts Acquisition parts (pages 167–200): Jean?Philippe Babau, Philippe Dhaussy and Pierre?Yves Pillain
Chapter eight SoC/SoPC improvement utilizing MDD and MARTE Profile (pages 201–232): Denis Aulagnier, Ali Koudri, Stephane Lecomte, Philippe Soulard, Joel Champeau, Jorgiano Vidal, Gilles Perrouin and Pierre Leray
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Extra info for Model-Driven Engineering for Distributed Real-Time Systems: MARTE Modeling, Model Transformations and their Usages
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2. The model-driven architecture (MDA) process MDA defines two primary types of model: the Platform Independent Model (PIM) and the Platform Specific Model (PSM). Here the term platform is used to refer to technology and engineering details that are irrelevant to the fundamental functionality of the software. These model types are a key concept in MDA; it mandates the separation of concerns of analysis (the PIM) from its realization on a particular computing platform and technology (the PSM) and recognizes that the refinement relationship between the two types of model should be achieved by applying a mapping.
Automated Software Engineering, 2007, p. 547–548. , “CoEvolution of Object-Oriented Design and Implementation”, Proc. Int’l Symp. Software Architectures and Component Technology: The State of the Art in Research and Practice, Kluwer Academic Publishers, January 2000. , “From UML Activities to TAAL: Towards Behaviour-Preserving Model Transformations”, Proc. European Conf. Model-Driven Architectures, vol. 5095 of Lecture Notes in Computer Science, Springer, 2008, p. 94–109. , “Animated simulation of integrated UML behavioral models based on graph transformation”, Proc.
Bibliography [RAI 04] RAISTRICK, C. , Model Driven Architecture with Executable UML, Cambridge University Press, 2004. 1. Introduction Model transformation is a key mechanism when building distributed real-time systems (DRES) with model-driven development (MDD). It is used to automatically perform a large number of tasks in the development of DRES. The DOC group at Vanderbilt University has extensively investigated MDD for DRES. In this context, Madl et al. [MAD 06] use model transformations in order to apply model checking techniques on early design models, Gokhale et al.