Proceedings of the 1st International Workshop on Modelbased Interactive Ubiquitous Systems
Modiquitous 2011 Proceedings of Modiquitous Workshop Copyright for the whole publication, Technische Universität Dresden, 2011 Copyright of the single articles remains with the authors.
Publication Online ‐ CEUR Proceedings (CEUR‐WS.org) CEUR‐WS Vol. 787 Publication Year 2011 V.i.s.d.P: Jun.‐Prof. Dr. Thomas Schlegel Junior Professorship for Software Engineering of Ubiquitous Systems Institute for Multimedia and Software Technology Technische Universität Dresden 01062 Dresden Germany
Model‐Based Testing for the Menu Behavior of Automotive Infotainment System HMIs....15 Generating consistent universal controllers for Web‐Service‐enabled appliances...............39
Thomas Schlegel is Junior‐Professor for Software Engineering of Ubiquitous Systems at the Institute of Software and Multimedia Technology of the Technical University of Dresden. Before he joined the University of Stuttgart as team leader for Interactive Systems, he worked as senior researcher and research project leader at Fraunhofer IAO from 2002, where he served as research cluster leader in the European Network of Excellence I*PROMS and led various national and international research projects. He received his PhD in engineering from the University of Stuttgart. He is author and co‐author of 60 scientific publications and serves as reviewer and committee member for diverse international conferences.
Stefan Pietschmann is research associate and Ph.D. student at the Institute of Software and Multimedia Technology of the Technical University of Dresden. He has been actively involved in several research projects in the field of collaborative and context‐aware web applications. In the project CRUISe he specifically addresses the model‐driven development of adaptive interactive applications based on the idea of a universal service composition.
PROGRAMME COMMITTEE • Uwe Aßmann, Technical University of Dresden, Germany • Jan van den Bergh, Hasselt University, Belgium • Birgit Bomsdorf, Hochschule Fulda, Germany • Raimund Dachselt, Otto von Guericke University of Magdeburg, Germany • Florian Daniel, University of Trento, Italy • Alfonso Garcia-Frey, University of Grenoble, France • Geert-Jan Houben, Technical University of Delft, Netherlands • Heinrich Hussmann, Ludwig-Maximilian University Munich, Germany • Sevan Kavaldjian, Vienna University of Technology, Austria
Programme Committee • Gerrit Meixner, DFKI,Germany • Philippe Palanque, University of Toulouse, France • Fabiò Paterno, CNR-ISTI, Italy • Michael Raschke, University of Stuttgart, Germany • Dirk Roscher, Technical University Berlin, Germany • Enrico Rukzio, University Duisburg-Essen, Germany • Stefan Sauer, University of Paderborn, Germany • Thomas Springer, Technical University of Dresden, Germany • Gerhard Weber, Technical University of Dresden, Germany • Anette Weisbecker Fraunhofer IAO, Stuttgart, Germany • Jürgen Ziegler, University Duisburg-Essen, Germany
INTRODUCTION Ubiquitous systems today are introducing a new quality of interaction both into our lives and into software engineering. Systems become increasingly dynamic making frequent changes to system structures, distribution, and behavior necessary. Also, adaptation to new user needs and contexts as well as new modalities and communication channels make these systems differ strongly from what has been standard in the last decades.
Models and model-based interaction at runtime and design-time form a promising approach for coping with the dynamics and uncertainties inherent to interactive ubiquitous systems (IUS). Hence, this workshop discussed how model-based approaches can be used to cope with these challenges. Therefore, it covers the range from design-time to runtime models and from interaction to software engineering, addressing issues of interaction with and engineering of interactive ubiquitous systems.
The MODIQUITOUS workshop was intended to discuss challenges and possible solutions of the EICS community to design and runtime aspects of interactive ubiquitous systems with a focus on model-based approaches. It aims to bring together researchers and practitioners focused on different problems of IUS.
THEME, GOALS, AND RELEVANCE Model-based interactive ubiquitous systems form a new promising yet challenging domain within the scope of the Engineering of Interactive Computing Systems (EICS) conference. This workshop is intended to discuss these challenges and possible solutions of the EICS community to design and runtime aspects of interactive ubiquitous systems with a focus on model-based approaches. The related problem space becomes clear when looking at typical future scenarios: users will not only carry their data but also their applications and profiles with them. This may mean switching from planning a project on a desktop system to a collaborative setting in a meeting and further to a mobile or public display setting where a mobile device is used for creating sketches for the first steps in the project. Consequently, applications will evolve from device-oriented to emergent cyber-physical and ubiquitous software in a broad sense, forming interactive and socio-technical systems. This opens manifold possibilities, but also a number of research problems regarding both the development process and the execution environment for those kinds of applications. The MODIQUITOUS workshop is intended to provide a basis for discussion the adequate solution space. Therefore, it aims to bring together researchers and practitioners focused on different challenges of IUS, including: • • • • • • • • • • •
Model-driven architecture (MDA) in the context of IUS Advantages and potential problems of using MDA in the IUS domain Meta models for IUS, specifically for IUS-related aspects like interaction, different modalities, dynamic distribution, context-awareness, etc.
Domain-specific models for IUS Model-driven generation of (intelligent) IUS Model-to-model and model-to-code transformations for IUS development Model-driven development and execution architectures, i.e., runtime systems for IUS Tools and frameworks for supporting the model-driven development of IUS Concepts for context-awareness and self-adaptation of IUS on model and runtime Software Engineering aspects of IUS
Human Computer Interaction aspects of IUS All these topics are of high relevance to a big part of the EICS community as their use is not restricted to ubiquitous systems and will show new ways for many kinds of new systems like mobile device settings, pervasive computing and social software.
PROGRAM 08:45 09:00
09:15
Paper presentations Welcome and introductions • • • • • • •
Emmanuel Dubois, Christophe Bortolaso and Guillaume Gauffre Models Articulations for Ubiquitous System Design Linshu Duan and Heinrich Hussmann Model‐Based Testing of Automotive Infotainment System HMIs Jan Zibuschka, Uwe Laufs and Heiko Roßnagel Towards Ubiquitous Emergency Management Systems Ivan Gudymenko and Katrin Borcea‐Pfitzmann A Framework for Transforming an Abstract Privacy Model into Implementable UbiComp System Requirements Florian Haag, Michael Raschke and Thomas Schlegel Ubiquitous Alignment Marius Feldmann, Thomas Springer and Alexander Schill Generating consistent universal controllers for Web‐Service‐enabled appliances Romina Kühn, Christine Keller and Thomas Schlegel
A Context Taxonomy Supporting Public System Design
Discussion of the selected topic, e.g., identification of research roadmap items 11:00
Paper presentations 12:45 13:00