Model-Driven Engineering for Software Product Lines

A Model-driven Approach for Software Product Lines Requirements Engineering

UML and feature models complement each other well and can be the base techniques for a systematic method to identify and model software product line (SPL) requirements. In this paper, we present a modeldriven approach to trace both features and UML requirements analysis model elements, and to automatically derive valuable models for domain and application engineering. The resulting contribution...

Model-Driven Product Consolidation into Software Product Lines

Variability Modelling for Model-Driven Development of Software Product Lines

Model-driven development of software-intensive systems aims at designing systems by stepwise model refinement. In order to create software product lines by model-driven development, product variability has to be represented on every modelling level and preserved under model refinement. In this paper, we propose ∆-modelling as an generally applicable variability modelling concept that is orthogo...

Model-Driven Requirements Specification for Software Product Lines

Model-driven methods for requirements specification in Software Product Lines (SPLs) support the construction of different models to provide a better understanding of each SPL feature and intended use scenarios. However, the different models must be composed to show the requirements of the target applications and, therefore, help to understand how features will be integrated in a new product of...

Request-driven Reverse Engineering for Product Lines

1 This work is partially funded by the European Commission EUREKA 2023/ITEA-ip00009 ’FAct based Maturity through Institutionalization Lessons-learned an Involved Exploitation of System-family engineering’ (FAMILIES). 2 PuLSE is a registered trademark of the Fraunhofer Institute for Experimental Software Engineering (IESE). PuLSE stands for Product Line Software Engineering; DSSA stands for Doma...