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Auflistung nach Autor:in "Tenev, Vasil L."

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  • Konferenzbeitrag
    Deriving Goals From Well-Known Industrial Cases of Product Line Engineering Adoption
    Ferreira, David Morais; Tenev, Vasil L.; Becker, Martin
    Product Line Engineering (PLE) enables strategic reuse within an organization, allowing for a decrease in cost, improved time to market and higher product quality. While a wide variety of approaches have been developed to support reengineering activities in the context of change-intensive systems, choosing suitable approaches depends on what goals an organization wishes to fulfill. Therefore, the quality of these goals is vital to maximizing the potential benefits. Hence, this paper provides first insights into what drives the adoption of PLE, i. e. what goals companies typically identify to justify this transition, and attempts a first hierarchical overview of the aforementioned goals. To this end, we draw on well-known industrial cases from the Software Product Line Conference’s (SPLC) Hall of Fame.
  • Konferenzbeitrag
    Mit Feature-Modellen das Komplexitätsmanagement vereinfachen
    Tenev, Vasil L.; Becker, Martin
    In dieser Arbeit stellen wir ein aktuelles Projekt mit einem Unternehmen vor, in dem es darum geht, in Produktkonfigurationen kodiertes Konfigurationswissen zu extrahieren und dies maschinen-verarbeitbar zu machen. Auf dieser Grundlage sollen Entscheidungen über die Optimierung der Modularität einzelner Produkte getroffen werden. Bei den Produkten geht es darum, bei mehr als 60.000 Konfigurationsparametern einen Überblick zu schaffen. Dabei wird ein Feature-Modell aus den Daten heraus entwickelt, dass alles miteinander vernetzt – ein Managementsystem für die gesamte Abwicklung.
  • Konferenzbeitrag
    Variant Analysis in Changing System Landscapes
    (Softwaretechnik-Trends Band 40, Heft 2, 2020) Tenev, Vasil L.; Becker, Martin
    In order to raise understanding of similarity in a set of related systems, the Variant Analysis approach has been developed and applied in various industrial settings over the last decade. The paper discusses typical analysis goals and the respective approaches. Additionally, it motivates the need for an incremental and iterative analysis approach to support settings, where the scope of the analysis changes over time. Examples to this end are adding, updating, or removing variants, versions, or system modules.