A co-design approach for embedded system modeling and code generation with UML and MARTE

Authors:
Jorgiano Vidal;Florent de Lamotte;Guy Gogniat;Philippe Soulard;Jean-Philippe Diguet
Affiliations:
European University of Brittany - UBS -- CNRS, Lorient Cedex - France;European University of Brittany - UBS -- CNRS, Lorient Cedex - France;European University of Brittany - UBS -- CNRS, Lorient Cedex - France;SODIUS, NANTES - France;European University of Brittany - UBS -- CNRS, Lorient Cedex - France
Venue:
Proceedings of the Conference on Design, Automation and Test in Europe
Year:
2009

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Abstract

In this paper we propose a UML/MDA approach, called MoPCoM methodology, to design high quality real-time embedded systems. We have defined a set of rules to build UML models for embedded systems, from which VHDL code is automatically generated by means of MDA techniques. We use the MARTE profile as an UML extension to describe real-time properties and perform platform modeling. The MoPCoM methodology defines three abstraction levels: abstract, execution and detailed modeling levels (AML, EML and DML, respectively). We detail the lowest MoPCoM level, DML, design rules in order to perform automatically VHDL code generation. A viterbi coder has been used as a first case study.