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Browsing Faculty of Science and Engineering by Author "Pleuss, Andreas"

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Browsing Faculty of Science and Engineering by Author "Pleuss, Andreas"

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  • Rubin, Julia; Pleuss, Andreas; Botterweck, Goetz; Weiss, David M (IEEE Computer Society, 2013)
    This paper summarizes PLEASE 2013, the fourth edition of the PLEASE workshop series. The main goal of PLEASE is to encourage and promote the adoption of Software Product Line Engineering. To this end, we aim at ...
  • Pleuss, Andreas; Hauptmann, Benedikt; Keunecke, Markus; Botterweck, Goetz (Association for Computing Machinery, 2012)
    Software Product Lines (SPL) enable e cient derivation of products. SPL concepts have been applied successfully in many domains including interactive applications. However, the user interface (UI) part of applications ...
  • Botterweck, Goetz; Pleuss, Andreas; Dhungana, Deepak; Polzer, Andreas; Kowalewski, Stefan (Association for Computing Machinery, 2010)
    Companies successfully applying product line approaches often follow a long-term strategy and need to plan product portfolios years ahead. For instance in the automotive industry, managers constantly make decisions about ...
  • Pleuss, Andreas; Botterweck, Goetz; Dhungana, Deepak (2010)
    Software Product Lines, in conjunction with modeldriven product derivation, are successful examples for extensive automation and reuse in software development. However, often each single product requires an individual, ...
  • Botterweck, Goetz; Schneeweiss, Denny; Pleuss, Andreas (2009)
    Whenever a software engineer derives a product from a product line, he has to resolve variability by making con guration decisions. This con guration process can become rather complex because of depen- dencies within the ...
  • Polzer, Andreas; Merschen, Daniel; Botterweck, Goetz; Pleuss, Andreas; Thomas, Jacques; Hedenetz, Bernd; Kowalewski, Stefan (Springer, 2012)
    This paper presents a framework for modelbased product lines of embedded systems.We show how to integrate model-based product line techniques into a consistent framework that can deal with large product lines as they ...
  • Pleuss, Andreas; Wollny, Stefan; Botterweck, Goetz (Association for Computing Machinery, 2013)
    One of the main benefits of model-driven development of User Interfaces (UIs) is the increase in efficiency and consistency when developing multiple variants of a UI. For instance, multiple UIs for different target ...
  • Pleuss, Andreas; Gracanin, Denis; Zhang, Xiaoyu (Association for Computing Machinery, 2011)
    While there is a lot of research done in the area of 2D or 3D user interfaces (UIs) construction, comparatively little is known about systematic approaches to designing and developing integrated 2D/3D UIs and applications. ...
  • Pleuss, Andreas; Hussmann, Heinrich (Springer, 2011)
    There is an increasing demand for high-quality interactive applications which combine complex application logic with a sophisticated user interface, making use of individual media objects like graphics, animations, 3D ...
  • Schubanz, Mathias; Pleuss, Andreas; Pradhan, Ligaj; Botterweck, Goetz; Thurimella, Anil Kumar (Association for Computing Machinery, 2013)
    In order to increase the level of e ciency and automation, we propose a conceptual model and corresponding tool support to plan and manage the systematic evolution of softwareintensive systems, in particular software ...
  • Pleuss, Andreas; Botterweck, Goetz; Dhungana, Deepak; Polzer, Andreas; Kowalewski, Stefan (Elsevier, 2012)
    Software Product Lines (SPL) are an engineering technique to efficiently derive a set of similar products from a set of shared assets. In particular in conjunction with model-driven engineering, SPL engineering promises ...
  • Botterweck, Goetz; Pleuss, Andreas (2012)
    S2T2-Configurator is a visual tool for con guration of fea- ture models. In this tool paper, we focus on interactive techniques that support the con guration of large and complex models.
  • Pleuss, Andreas; Hauptmann, Benedikt; Dhungana, Deepak; Botterweck, Goetz (Association for Computing Machinery, 2012)
    Software Product Lines (SPL) are systematic approach to develop families of similar software products by explicating their commonalities and variability, e.g., in a feature model. Using techniques from model-driven ...

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