Dipl.-Inform. Thomas Weiler

About me

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Thomas Weiler
Former Research Assistant

Research projects

Architectures for Software Product Lines

Product line-based software development can only lead to full success if it is recognized as an integrated concept, which involves all phases of the software engineering process. This project concentrates on architecture modelling for Software Product Lines. We have developed a top-level process for Software Product Line architecture modelling. Within the *domain engineering* initially the requirements for the entire Product Line Platform are collected together with the identified variability and afterwards compiled into a *requirements model* for the Product Line Platform, which among other things contains for example a *feature model*. This requirements model forms the basis for the top-level layer of the Product Line Platform architecture. Starting from this still abstract architecture layer, the PLP architecture gets more and more refined in further architecture layers. This procedure is according to the *Model Driven Architecture* (MDA) approach introduced by the OMG

Publications

Latest publications:

  • Alexander Nyßen, Shmuel Tyszberowicz, Thomas Weiler (2005)
    Are Aspects Useful for Managing Variability in Software Product Lines? : a case study. In Aspects and Software Product Lines: an Early Aspects Workshop at SPLC-Europe'05, Rennes, France, Sep 26. PDF
  • Horst Lichter, Thomas von der Maßen, Alexander Nyßen, Thomas Weiler (2003)
    Vergleich von Ansätzen zur Feature Modellierung bei der Softwareproduktlinienentwicklung. RWTH Aachen, Department of Computer Science, Aachen, Aachener Informatik-Berichte, No. AIB-2003-07, ISSN 0935-–323. PDF
  • Horst Lichter, Ralf Melchisedech, Oliver Scholz, Thomas Weiler (2003)
    Erfahrungen mit einem Workshop-Seminar im Software Engineering Unterricht. In Johannes Siedersleben, Deborah Weber-Wulff (eds.) Software Engineering im Unterricht der Hochschulen (SEUH 8), Berlin, Germany, Feb 27-28, dpunkt-Verl., Heidelberg, ISBN 3-89864-201-1, 89–100. PDF
More publications (5)

Supervisor for thesis projects

Completed thesis projects (3)

Latest completed projects:

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Latest courses

Winter semester 2005/2006

Winter semester 2003/2004

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