Serge Demeyer – författare

This book constitutes the joint refereed post-conference proceedings of 18 workshops held in conjunction with the 12th European Conference on Object-Oriented Programming, ECOOP'98, held in Brussels, Belgium, in July 1998. Also included are revised demos and posters presented at the conference. The volume presents around 250 revised contributions, including surveys by the respective workshop organizers and abstracts of the individual contributions. The wealth of up-to-date information provided spans the whole spectrum of object technologies, from theoretical and foundational issues to applications in a variety of domains.

The 13th European Conference on Object-Oriented Programming (ECOOP'99) brought some 500 participants to Lisbon from June 14th to June 18th, 1999. As usual, the workshops took place during the rst two days of the conference and gave authors and participants an opportunity to present and discuss the most topicalandinnovativeideasinobject-oriented technology.Theimportanceofthe workshopswithinthecontext ofECOOPisbecomingincreasinglyrecognised; for the rs t time inthe history of the conference, the number of workshopproposals for ECOOP'99 actually exceeded the slots availableand some had to be refused. In addition to the usual conference proceedings, Springer-Verlag has also undertaken, forthe pasttwo years, the publicationof a WorkshopReader, which bringstogether the results of the workshops, panels, and posters held during the conference. This book, the 4th ECOOP WorkshopReader, di ers from previous editions in two signi cant ways. Firstly, instead of simply reproducing the position - pers, it presents an overview of the main points made by the authors as well as a summary of the discussions that took place.Secondly, to make the text more uniformandreadable, allchapters havebeen written ina commonformat(using LaTeX lncs style les). This book was only possible thanks to the eo rt of each workshop organiser in particular, and each workshop, poster, and panel participant in general. The innovations introduced in this book implied additional work for the workshop organisers in terms of recording and summarising the discussions as well as adapting the written presentations to a common format. This extra e ort will certainly be appreciated by the readers.

Software has become omnipresent and vital in our information-based society, so all software producers should assume responsibility for its reliability. While "reliable" originally assumed implementations that were effective and mainly error-free, additional issues like adaptability and maintainability have gained equal importance recently. For example, the 2004 ACM/IEEE Software Engineering Curriculum Guidelines list software evolution as one of ten key areas of software engineering education.Mens and Demeyer, both international authorities in the field of software evolution, together with the invited contributors, focus on novel trends in software evolution research and its relations with other emerging disciplines such as model-driven software engineering, service-oriented software development, and aspect-oriented software development. They do not restrict themselves to the evolution of source code but also address the evolution of other, equally important software artifacts such as databases and database schemas, design models, software architectures, and process management. The contributing authors provide broad overviews of related work, and they also contribute to a comprehensive glossary, a list of acronyms, and a list of books, journals, websites, standards and conferences that together represent the community’s body of knowledge.Combining all these features, this book is the indispensable source for researchers and professionals looking for an introduction and comprehensive overview of the state of the art. In addition, it is an ideal basis for an advanced course on software evolution.

Software has become omnipresent and vital in our information-based society, so all software producers should assume responsibility for its reliability. While "reliable" originally assumed implementations that were effective and mainly error-free, additional issues like adaptability and maintainability have gained equal importance recently. For example, the 2004 ACM/IEEE Software Engineering Curriculum Guidelines list software evolution as one of ten key areas of software engineering education.Mens and Demeyer, both international authorities in the field of software evolution, together with the invited contributors, focus on novel trends in software evolution research and its relations with other emerging disciplines such as model-driven software engineering, service-oriented software development, and aspect-oriented software development. They do not restrict themselves to the evolution of source code but also address the evolution of other, equally important software artifacts such as databases and database schemas, design models, software architectures, and process management. The contributing authors provide broad overviews of related work, and they also contribute to a comprehensive glossary, a list of acronyms, and a list of books, journals, websites, standards and conferences that together represent the community’s body of knowledge.Combining all these features, this book is the indispensable source for researchers and professionals looking for an introduction and comprehensive overview of the state of the art. In addition, it is an ideal basis for an advanced course on software evolution.