Self-adaptive approaches are a promising to address the dynamic and uncertain nature of
the environments where today's complex systems operate. In particular, systems operating …

Context: Dependability is a key requirement, especially in safety-critical applications. Many
of these applications have changing context and configurations at runtime to achieve …

Context: Dynamic software product lines (DSPLs) have considerably increased their
adoption for variability management for self-adaptive systems. The most widely used models …

Modern systems need to able to self-adapt to changing user needs and system
environments. Examples of systems that demand self-adaptive capabilities include mobile …

Dynamic Software Product Lines (DSPLs) are SPLs in which the product configuration may
occur at runtime. Over the last decade, DSPL has gained the interest of researchers as a …

Due to the popularization of mobile devices, the number of mobile applications has
increased in recent years. Mobile devices are constantly evolving on computing capabilities …

Software engineers have adopted the Dynamic Software Product Lines (DSPL) engineering
practices to develop Dynamically Adaptable Software (DAS). DAS is seen as a DSPL …

With the emergence of various types of network applications, the user communication
requirements for them are becoming more and more diversified and personalized. In order …

In today's systems we often plug together configurable standard components in a modular
way. Most software, however, does not specify its configuration in a way suitable for other …

Software Product Lines (SPLs) are techniques where several artefacts are reused (domain),
and some are customised (variation points). An SPL can bind variation points statically …