Adaptive systems (ASs) and context‐aware systems (CASs) are able to evaluate their own
behaviour and to adapt it when the system fails to accomplish its goals or when better …

Context: Testing adaptive systems (ASs) and context-aware systems (CASs) is usually more
challenging than testing conventional systems. This is due to their characteristics, such as …

Context aware software systems (CASS) are becoming pervasive in our lives. Nevertheless,
it is not clear whether traditional (no-context aware) software testing techniques are …

Abstract Context-Aware Software Systems (CASS) use environmental information to provide
better service to the systems' actors to fulfill their goals. Testing of ubiquitous software …

Background: In the era of digitalization, context awareness has become more important to
allow software systems adaptation. Therefore, the quality assurance of such systems must …

Context: Exercising the implementation of an adaptive system (AS) effectively, in order to
detect faults, is not a trivial task. This is due to characteristics of this type of systems, such as …

Context-awareness is the ability of a system to gather information from its context and adapt
its behaviors. This feature makes the testing of Context-aware software systems more …

Context Context-awareness challenges the engineering of contemporary software systems
and jeopardizes their testing. The variation of context represents a relevant behavior that …

In Software Engineering, context can be understood as the overall set of information used to
characterize the situation of an entity. A software system is context-aware if it uses the …

Context-aware applications are emerging applications in the modern era of computing.
These applications can determine and adapt to situational context to provide better user …