Fritz Stallinger, Paul Grünbacher, Manfred Freunthaler, Danja Stiegler,
"Assessment Models as Drivers for Paradigm Change: Experiences from Assessing Component-based Software Development"
: Proceedings SPICE 2004, 4th International SPICE Conference on Software Process Assessment and Improvement, Lisbon, Portugal, April 28-29, Critical Software SA, The SPICE User Group, Seite(n) 166-170, 2004, ISBN: 972-9071-73-X
Original Titel:
Assessment Models as Drivers for Paradigm Change: Experiences from Assessing Component-based Software Development
Sprache des Titels:
Englisch
Original Buchtitel:
Proceedings SPICE 2004, 4th International SPICE Conference on Software Process Assessment and Improvement, Lisbon, Portugal, April 28-29
Original Kurzfassung:
Software Process Improvement is generally regarded a key to economic success by increasing the quality of software systems, accelerating time-to-market, and decreasing development costs. Component-based software engineering targets very similar goals by focusing on the assembly of software systems from components and emphasizing software reuse. This paper reports on the results and experiences gained from applying a process assessment model for component-based software engineering to a series of real-world projects. The assessment model and underlying process reference model have been developed within the OOSPICE (IST-1999-29073) project according to the requirements of ISO/IEC 15504. Based on an overview of the underlying process model for component-based software engineering and the organizational, project and product characteristics of the trial projects, the paper focuses on the experiences gained from the assessment trials with a CBD adoption point of view.
Sprache der Kurzfassung:
Englisch
Englischer Titel:
Assessment Models as Drivers for Paradigm Change: Experiences from Assessing Component-based Software Development
Englische Kurzfassung:
Software Process Improvement is generally regarded a key to economic success by increasing the quality of software systems, accelerating time-to-market, and decreasing development costs. Component-based software engineering targets very similar goals by focusing on the assembly of software systems from components and emphasizing software reuse. This paper reports on the results and experiences gained from applying a process assessment model for component-based software engineering to a series of real-world projects. The assessment model and underlying process reference model have been developed within the OOSPICE (IST-1999-29073) project according to the requirements of ISO/IEC 15504. Based on an overview of the underlying process model for component-based software engineering and the organizational, project and product characteristics of the trial projects, the paper focuses on the experiences gained from the assessment trials with a CBD adoption point of view.
Forschungs-