Feature models have been used since the 90s to describe software product lines as a way of
reusing common parts in a family of software systems. In 2010, a systematic literature review …

Feature modeling has emerged as the de-facto standard to compactly capture the variability
of a software product line. Multiple feature modeling languages have been proposed that …

The digital transformation of society affects all aspects of human life, offering new
opportunities but also creating challenges and risks. More tasks will be automated using …

A self-adaptive system can automatically maintain its quality requirements in the presence of
dynamic environment changes. Develo** a self-adaptive system may be difficult due to …

To optimally support continuous model evolution in model-based software development,
adequate tool support for model version management is needed. Instead of reporting model …

Automated manufacturing machines in the discrete manufacturing domain frequently face
changes in requirements, such as volatile customer demands or changes in product …

Feature models are frequently used to capture the knowledge about configurable software
systems and product lines. However, feature modeling of large-scale systems is challenging …

Variation is central to today's software development. There are two fundamental dimensions
to variation: Variation in time refers to the fact that software exists in numerous revisions that …

Software Product Lines (SPLs) are a common technique to capture families of software
products in terms of commonalities and variabilities. On a conceptual level, functionality of …

Companies strive to implement continuous integration into their development process to
ensure the quality of their systems. Regression testing within the CI process considers the …