Evolutionary Method Engineering - Towards a Method for the Analysis and Conception of Management Information Systems

Becker J, Janiesch C, Pfeiffer D, Seidel S

Research article in edited proceedings (conference) | Peer reviewed

Abstract

The aim of management information systems is to satisfy the information need managers have to successfully accomplish their tasks. The quality of management decisions is highly dependent on the information they are based on. A structured conception of these systems is a crucial task that has to precede their implementation and monitoring. Several conceptual modeling methods (CMM) for business intelligence applications have been developed in order to support the specification of data warehouse structures and management information systems. However, none of them was found to be appropriate to bridge the communication gap in the process of requirements analysis. Thus, in an ongoing research effort, a CMM has been designed to adequately support the system conception. Several case studies were conducted and in an iterative process the findings were incorporated to improve the initial CMM. The result of this process is a CMM quite different to the original one. The aim of this paper is to elaborate on the evolutionary development of a CMM and to show how it has successfully been applied in multiple case studies.

Details about the publication

Page range3922-3933
StatusPublished
Release year2006
Language in which the publication is writtenEnglish
Conference12th Americas Conference on Information Systems (AMCIS 2006), Acapulco, Mexico, undefined
KeywordsManagement Information Systems; Method Engineering; Evolutionary Design; Conceptual Modeling; Design Science Research; Case Study

Authors from the University of Münster

Becker, Jörg
Chair of Information Systems and Information Management (IS)
Janiesch, Christian
Chair of Information Systems and Information Management (IS)
Pfeiffer, Daniel
Chair of Information Systems and Information Management (IS)
Seidel, Stefan
Chair of Information Systems and Information Management (IS)