Equipped with an abundance of small-scale microelectromechanical sensors, modern
mobile devices such as smartphones and smartwatches can now offer context-aware …

Context: Software engineering for ubiquitous systems has experienced an important and
rapid growth, however the vast research corpus makes it difficult to obtain valuable …

Context-awareness assists ubiquitous media applications in discovering the changeable
contextual information and adapting their behaviors accordingly. A wide spectrum of context …

Ubiquitous sensing allows systems to exploit almost any kind of context, and enables the
design of intelligent systems that are aware of their context and adapt their behavior …

Context-aware applications, as a typical type of self-adaptive software systems, are
receiving increasing attention. These applications continually adapt to environmental …

Self-adaptive applications address environmental dynamics systematically. They can be
faulty and exhibit runtime errors when environmental dynamics are not considered …

Context-aware pervasive software is responsive to various contexts and their changes. A
faulty implementation of the context-aware features may lead to unpredictable behavior with …

Context-aware applications automatically adapt their behavior according to environmental
conditions, also known as contexts. However, in practice contexts are often inaccurate, noisy …

Constraint checking techniques are being widely used for ensuring the consistency of
software artifacts during their development and evolution (eg, detecting inconsistency in an …

Context Model-based product line engineering (PLE) is a paradigm that can enable
automated product configuration of large-scale software systems, in which models are used …