H. Muller and H. Weber, editors. Continuous Engineering of Industrial-Scale Software Systems, March 1998. Proc. Dagstuhl Seminar. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Concepts for the Evolution of Component-Based Software.. - Große-Rhode, Kutsche, Bübl (2000) (Correct)
....software engineering discipline has to be revised, recognizing software development as a continuously ongoing process. This predominant paradigmatic issue of software systems development has been subsumed under the term continuous software engineering (CSE) discussed in Schloss Dagstuhl in 1998 [MW98] and also in the white paper [Web99b] As most important requirements on evolutionary software infrastructures the following topics are stated here. Infrastructures must be continuously enhanced, so that they can cope with changing user or business requirements with ease. Existing systems ....
H. Muller and H. Weber, editors. Continuous Engineering of Industrial Scale Software Systems, Dagstuhl Seminar #98092, Report No. 203, IBFI, Schloss Dagstuhl, March 2-6 1998.
Strategies for the Conceptual Design of Federated.. - Busse, Kutsche, Leser (2000) (1 citation) (Correct)
....of the software engineering discipline has to be revised, recognizing software development as an continuously on going process. This predominant paradigmatic issue in (particularly: federated ) information systems development can be subsumed under the term continuous software engineering (CSE, [12]) Our CSE approach aims to define a methodology for a smooth and consistent process of development facing continuous change. It is based on classical techniques from software reengineering, including many valuable experiences from: classical forward engineering of new systems components, ....
H. Mller, H. Weber (eds.), Continuous engineering of industrial-scale software systems, seminar report #98092, 2.-6. Mrz 1998, IBFI, Schlo Dagstuhl, 1998.
Design Connectors in Component Based Software Systems - Sünbül (Correct)
....speci cation is covered by these low level problems. Therefore, it is important to provide means that allow system design on a high level of abstraction. Our main goal is nding high level composition aspects in the design phase allowing an abstraction from the concrete technical realization [18]. 8 Asuman S unb ul We think, that a clear separation of concerns must be applied to the connectors in the same way as it is done for the development of the components themselves. In order to provide means for a high level composition method, we are going to discuss our understanding of ....
M uller, H., and Weber, H., Eds. Continuous Engineering of Industrial-Scale Software Systems (Mar. 1998). Proc. Dagstuhl Seminar, to appear.
Model-centric Engineering with the Evolution - And Validation Environment Self-citation (Weber) (Correct)
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H. Muller and H. Weber, editors. Continuous Engineering of Industrial-Scale Software Systems, March 1998. Proc. Dagstuhl Seminar.
Federated Information Systems: Concepts, Terminology.. - Busse, Kutsche.. (1999) Self-citation (Weber) (Correct)
....1) Furthermore, it is now in general accepted that software systems as such should be, from the very start, build with their evolution in mind. This has many reasons, such as that their development requires a large investment and that they are frequently mission critical components of a company [MW 98] Experience has shown at the same time that evolution of software, i.e. the adoption to changing requirements and environments, is an extremely thorny and difficult topic. Therefore, software systems should explicitly take provisions to react on change. This is particularly true for data ....
H. Müller, H. Weber (eds.), Continuous Engineering of Industrial-Scale Software Systems, Seminar Report #98092, March 2-6, 1998, IBFI, Schloß Dagstuhl, 1998.
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