Assessing the Effectiveness of Sequence Diagrams in the Comprehension of Functional Requirements: Results from a Family of Five Experiments
Issue No. 03 - March (2013 vol. 39)
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/TSE.2012.27
Silvia Abrahão , Universitat Politècnica de València, València
Carmine Gravino , University of Salerno via Ponte Don Melillo, Salerno
Emilio Insfran , Universitat Politècnica de València, València
Giuseppe Scanniello , University of Basilicata Viale DellAteneo, Macchia Romana, Potenza
Genoveffa Tortora , University of Salerno via Ponte Don Melillo, Salerno
Modeling is a fundamental activity within the requirements engineering process and concerns the construction of abstract descriptions of requirements that are amenable to interpretation and validation. The choice of a modeling technique is critical whenever it is necessary to discuss the interpretation and validation of requirements. This is particularly true in the case of functional requirements and stakeholders with divergent goals and different backgrounds and experience. This paper presents the results of a family of experiments conducted with students and professionals to investigate whether the comprehension of functional requirements is influenced by the use of dynamic models that are represented by means of the UML sequence diagrams. The family contains five experiments performed in different locations and with 112 participants of different abilities and levels of experience with UML. The results show that sequence diagrams improve the comprehension of the modeled functional requirements in the case of high ability and more experienced participants.
Unified modeling language, Object oriented modeling, Analytical models, Computational modeling, Software systems, Materials, requirements specifications, Documentation, software engineering
G. Scanniello, G. Tortora, E. Insfran, C. Gravino and S. Abrahão, "Assessing the Effectiveness of Sequence Diagrams in the Comprehension of Functional Requirements: Results from a Family of Five Experiments," in IEEE Transactions on Software Engineering, vol. 39, no. , pp. 327-342, 2013.