A. van Deursen, E. Visser, and J. Warmer. CSMR Workshop on Model-Driven Software Evolution (MoDSE 2007), page 41--49. Amsterdam, The Netherlands, (March 2007)
W. Lam, and M. Loomes. Euromicro Conference on Software Maintenance and Reengineering, page 121-127. Florence, Italy, IEEE, (March 1998)Requirements evolve, not only during system development but also after a system has been installed. The aim of the work on the EVE (EVolution Engineering) project is to develop practi-cal methods for dealing with requirements evolution. This pa-per presents the early output from our work-the EVE frame-work for requirements evolution. The EVE framework is com-prised of two components: a meta-model and an associated process model. The EVE meta-model captures a set of model-ling concepts in requirements evolution, including change, impact, risk and viewpoint. The EVE process model provides technologists with a framework for handling the emergence of new or changing requirements during the lifetime of a system. The paper illustrates the EVE framework on a simple example, and highlights the importance of social and environmental re-sponsibility in requirements evolution..
J. Filipe, M. Felici, and S. Anderson. International Conference on Human Aspects of Advanced Manufacturing:
Agility & Hybrid Automation, page 321--328. (May 2003)
S. Anderson, and M. Felici. International Conference on Product Focused Software Profess Improvement, page 27--41. Kaiserslautern, Germany, Springer, (September 2001)
S. Anderson, and M. Felici. International Conference on Dependable Systems and Networks, Workshop
on Interdisciplinary approaches to achieving and analysing system
dependability, page 210--215. Florence, Italy, (June 2004)