Energy is a critical resource for smartphones. However, developers who create apps for
these platforms lack quantitative and objective information about the behavior of apps with …

Mobile devices have become ubiquitous in the recent years, but the complaints about
energy consumption are almost universal. On Android, the developer can choose among …

Energy efficiency is a vital characteristic of any mobile application, and indeed is becoming
an important factor for user satisfaction. For this reason, in recent years several approaches …

Cellular phones and tablets are ubiquitous, with a market penetration that is counted in
millions of active users and units sold. The increasing computing capabilities and strict …

The ever increasing complexity of mobile apps comes with a higher energy cost, creating an
inconvenience for users on batter-constrained mobile devices. At the same time, due to the …

Modeling the power profile of mobile applications is a crucial activity to identify the causes
behind energy leaks. To this aim, researchers have proposed hardware-based tools as well …

The energy efficiency of mobile applications has been a highly tackled research problem
within the last years. Many research groups have focused on optimizing the hardware of …

Optimizing the energy efficiency of mobile applications can greatly increase user
satisfaction. However, developers lack easily applied tools for estimating the energy …

Saving power of Android enabled devices have become a significant issue with 400,000
such devices being activated daily. Android smartphones and tablets offer several power …

Leafactor is a tool to automatically improve the energy consumption of Android apps. It does
so by refactoring the source code to follow a set of patterns known to be energy efficient. The …