Current categorizations of software requirements are highly ambiguous and inconsistent, mainly due to the lack of a clear, common framework for defining software elements and relevant environmental factors.
This book overhauls the traditional approach by proposing an innovative systemic method for categorizing and modeling software requirements. It introduces an unprecedented frame of reference, putting an end to divergent interpretations by precisely defining software elements and environmental factors. This framework forms an indispensable basis for all the other components of this approach: a redefinition of requirements, a hybrid categorization that combines several taxonomies and scales, a metadata model used to qualify requirements, and a multi-view model that represents all possible categories of requirements.
By adopting this new approach, professionals will be able to improve the clarity, precision and relevance of their specifications, and thus optimize the success of their software projects.
Part 1. Literature Review.
1. Case Study.
2. Concept of Requirements.
3. Existing Scales of Requirements.
4. Existing Taxonomies of Requirements.
Part 2. SMART: A Systemic Approach to Categorizing and Modeling Requirements.
5. Conceptualization.
6. Operationalization.
7. Usage.
8. Evaluation.
Azeddine Chikh is Professor of Computer Science, Director of the Computer Science Research Laboratory and Chairman of the Doctoral Training Committee in Computer Science at the University of Tlemcen, Algeria. He is also Chairman of the National Pedagogical Committee for the Mathematics and Computer Science academic domain in Algeria.