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

Context-aware mobile applications gain more and more influence on our daily life. Since
mobile devices are equipped with various sensors to detect their environment, it is possible …

Current testing tools for mobile applications do not provide sufficient support for context-
aware application testing. In addition to regular input vectors (eg touch events, text entry) …

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

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 …

In the modern era of mobile computing, context-aware computing is an emerging paradigm
due to its widespread applications. Context-aware applications are gaining increasing …

Context Current software systems have increasingly implemented context-aware
adaptations to handle the diversity of conditions of their surrounding environment. Therefore …

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 …

App experience drives healthy mobile ecosystems. However, mobile platforms present
unique challenges to developers seeking to provide such experiences: device …

Applications propel the versatility of mobile devices. Apps enable the realization of new
ideas and greatly contribute to the proliferation of mobile computing. Unfortunately, software …