Android apps demand high-quality test inputs, whose generation remains an open
challenge. Existing techniques fall short on exploring complex app functionalities reachable …

Enabling fully automated testing of mobile applications has recently become an important
topic of study for both researchers and practitioners. A plethora of tools and approaches …

Android Wear (AW) is Google's platform for developing applications for wearable devices.
Our goal is to make a first step toward a foundation for analysis and testing of AW apps. We …

By changing the way software is delivered to end-users, markets for mobile apps create a
false sense of security: apps are downloaded from a market that can potentially be …

With the prevalence of Android-based mobile devices, automated testing for Android apps
has received increasing attention. However, owing to the large variety of events that Android …

Like all software, mobile applications (" apps") must be adequately tested to gain confidence
that they behave correctly. Therefore, in recent years, researchers and practitioners alike …

User Interface (UI) testing is a popular approach to ensure the quality of mobile apps.
Numerous test generation tools have been developed to support UI testing on mobile apps …

Android applications (apps) have the highest number of releases, purchases, and
downloads among mobile apps. However, quality is a known problem, and hence there is …

As mobile applications become more complex, specific development tools and frameworks
as well as cost effective testing techniques and tools will be essential to assure the …

As many automated test input generation tools for Android need to instrument the system or
the app, they cannot be used in some scenarios such as compatibility testing and malware …