Showing papers on "P-Modeling Framework published in 2000"
1 Jan 2000
TL;DR: The FREDIE tool as mentioned in this paper is a potential tool arising from the anticipatory testing concept which views the SDLC from the perspective of Information Systems, and the application of Knowledge Management and modern Quality theory.
Abstract: The current systems and software development life cycle (SDLC) paradigm is that of a production system. The focus is on process and product. The Framework for Requirements Engineering in a Digital Integrated Environment (FREDIE) is a potential tool arising from the Anticipatory Testing concept which views the SDLC from the perspective of Information Systems, and the application of Knowledge Management and modern Quality theory. The FREDIE has the potential to implement significant cost reductions in the SDLC. This paper introduces the FREDIE concept, outlines how the cost reductions can be achieved by means of a tool that could become the basis for the next generation of software project management tools and presents some use cases of the FREDIE tool.
7 citations
Proceedings Article•
5 Jun 2000
TL;DR: Object-oriented frameworks and product line architectures have become popular in the software industry during the 1990s and when combined with components, frameworks provide the most promising current technology supporting large-scale reuse.
Abstract: Object-oriented frameworks and product line architectures have become popular in the software industry during the 1990s. A vast number of frameworks has been developed in the industry for various domains, including graphical user interfaces (e.g. Java's Swing, Microsoft's MFC), graph-based editors (HotDraw, Stingray's Objective Views), business applications (IBM's San Francisco), electronic commerce (Sun/IBM), network servers (Java's Jeeves), just to mention few. When combined with components, frameworks provide the most promising current technology supporting large-scale reuse.
3 citations
Journal Article•
TL;DR: The dynamic structure and static structure of RUP software engineering process is introduced, its characteristics are analyzed, the scope of application and the steps of adapting are described, and an example of partitioning process iteration is given.
Abstract: This paper introduces the dynamic structure and static structure of RUP software engineering process,analyzes its characteristics, describes the scope of application and the steps of adapting,and gives an example of partitioning process iteration.
1 citations