Software product lines (SPL) aim at reducing time-to-market and increasing software quality
through extensive, planned reuse of artifacts. An essential activity in SPL is variability …

Although Software Product Lines are recurrently praised as an efficient paradigm for
systematic reuse, practical adoption remains challenging. For bottom-up Software Product …

Although most programming languages naturally share several language features, they are
typically implemented as a monolithic product. Language features cannot be plugged and …

Abstract Feature Models (FMs) are a popular formalism for modeling and reasoning about
the configurations of a software product line. As the manual construction of an FM is time …

Feature models (FMs) are widely used to describe software product lines (SPL). They
specify common and variation points in the domain of the SPL. Because of their wide …

Recently, domain-specific language development has become again a topic of interest, as a
means to help designing solutions to domain-specific problems. Componentized language …

Abstract Model-Driven Engineering and Software Product Lines promote the use of models
as central artifacts for a variety of activities including domain analysis and generative …

Software Product Lines (SPLs) enable the derivation of a family of products based on
variability management techniques. Inspired by the manufacturing industry, SPLs use …

Software product line engineering has emerged as a prominent software engineering
paradigm, as it comprises a set of core assets sharing functionality and quality attributes …

Feature modeling is a widely used formalism to characterize a set of products (also called
configurations). As a manual elaboration is a long and arduous task, numerous techniques …