Abstract
The development of complex, data-intensive web applications is becoming simpler due to the usage of content management systems. Conventional information systems development methods as well as web application development methods do not cover the needs of a method for web content management implementations. In this research we apply an assembly-based situational method engineering approach to develop a new design method, called WebEngineering Method (WEM). First, implementation situations are identified, then, candidate methods are selected and finally, a new method of useful method fragments is assembled. By using route map configuration, we tune the method fragments to obtain situationality. A meta-modeling technique is proposed that integrates UML activity diagrams and class diagrams for the purpose of analyzing existing methods and assembling the new method. The method developed was validated in a case study, which consisted of a technology testing web application at a large telecommunication organization in the Netherlands. The case study results were very promising, but more case studies are required to refine the method.
| Original language | Undefined/Unknown |
|---|---|
| Title of host publication | Situational Requirements Engineering Processes |
| Editors | J Ralyté, PJ Ågerfalk, N Kraiem |
| Place of Publication | Limerick |
| Publisher | University of Limerick |
| Pages | 13-30 |
| Number of pages | 18 |
| Publication status | Published - 29 Aug 2005 |