Software Architecture: System Design, Development and Maintenance, Softcover reprint of the original 1st ed. 2002 17th World Computer Congress - TC2 Stream / 3rd IEEE/IFIP Conference on Software Architecture (WICSA3), August 25-30, 2002, Montréal, Québec, Canada IFIP Advances in Information and Communication Technology Series, Vol. 97

For more and more systems, software has moved from a peripheral to a central role, replacing mechanical parts and hardware and giving the product a competitive edge. Consequences of this trend are an increase in: the size of software systems, the variability in software artifacts, and the importance of software in achieving the system-level properties. Software architecture provides the necessary abstractions for managing the resulting complexity. We here introduce the Third Working IEEFlIFIP Conference on Software Architecture, WICSA3. That it is already the third such conference is in itself a clear indication that software architecture continues to be an important topic in industrial software development and in software engineering research. However, becoming an established field does not mean that software architecture provides less opportunity for innovation and new directions. On the contrary, one can identify a number of interesting trends within software architecture research. The first trend is that the role of the software architecture in all phases of software development is more explicitly recognized. Whereas initially software architecture was primarily associated with the architecture design phase, we now see that the software architecture is treated explicitly during development, product derivation in software product lines, at run-time, and during system evolution. Software architecture as an artifact has been decoupled from a particular lifecycle phase.

Organizing Committee. Program Committee. Preface. Dynamic Software Architectures. The Adaptive Object-Model Architectural Style; J.W. Yoder, R. Johnson. Aura: an Architectural Framework for User Mobility in Ubiquitous Computing Environments; J. Pedro Sousa, D. Garlan. Using Architectural Style as a Basis for System Self-repair; Shang-Wen Cheng, et al. Architecture Analysis Modeling and Analyzing the Software Architecture of a Communication Protocol Using SAM; Tianjun Shi, Xudong He. Dynamic Reconfigurable Software Architecture: Analysis and Evaluation; A. Ramdane-Cherif, et al. Understanding and Propagating Architectural Changes; C. Van der Westhuizen, A. van der Hoek. Architecture Description. Practical Rationale for Describing Software Architecture; K. Smolander, T. Päivärinta. Documenting and Analyzing a Context-Sensitive Design Space; H. de Bruin, et al. Introducing Reflection in Architecture Description Languages;C.E. Cuesta, et al. Architecture Reconstruction and Evolution.Architecture Reconstruction in Practice; C. Riva. Introducing the Software Architectonic Viewpoint; A. Maccari, G.H. Galal. Component-based Architectures. A Component-Based Software Architecture for Industrial Control; F. Lüders, et al. Analyzing Commercial Component Models: W. DePrince Jr, C. Hofmeister. A Family of Software Architecture Implementation Frameworks; N. Medvidovic, et al. Author Index.