Abstract. This paper presents a large, 4-week study of more than 4000 people to assess their smartphone charging habits to identify timeslots suitable for opportunistic data uploading and power intensive operations on such devices, as well as opportunities to provide interventions to support better charging behavior. The paper provides an overview of our study and how it was conducted using an online appstore as a software deployment mechanism, and what battery information was collected. We then describe how people charge their smartphones, the implications on battery life and energy usage, and discuss how to improve users ’ experience with battery life
A significant number of people have problems with the batteries of their mobile devices. There are s...
Emerging continuous sensing apps introduce new major factors governing phones ’ overall battery cons...
The limited battery life of modern smartphones remains a leading factor adversely affecting the user...
The widespread use of smartphones and proliferation of mobile applications are reshaping many other ...
Smartphones have evolved to become frequent companions to humans. The common problem shared by Andro...
As the number of smartphones and their users are swiftly increasing in the future, it is crucial to ...
Mobile phone user interfaces typically show an icon to indicate remaining battery, but not the amoun...
Abstract. Battery lifetime has become one of the top usability concerns of mobile systems. While man...
Battery lifetime has become one of the top usability concerns of mobile systems. While many endeavor...
The performance of today's smartphones is heavily limited by their batteries. To meet the increasing...
This paper advances the study of batteries in everyday life. We provide a situated understanding of ...
The question “Where has my battery gone?” remains a common source of frustration for many smartphone...
In this exploration of the human battery interface, the way in which battery information and notific...
Saving power of Smartphone’s battery becomes an important because of appearance of applications and ...
Smartphones have emerged into platforms with powerful computational capabilities that generate large...
A significant number of people have problems with the batteries of their mobile devices. There are s...
Emerging continuous sensing apps introduce new major factors governing phones ’ overall battery cons...
The limited battery life of modern smartphones remains a leading factor adversely affecting the user...
The widespread use of smartphones and proliferation of mobile applications are reshaping many other ...
Smartphones have evolved to become frequent companions to humans. The common problem shared by Andro...
As the number of smartphones and their users are swiftly increasing in the future, it is crucial to ...
Mobile phone user interfaces typically show an icon to indicate remaining battery, but not the amoun...
Abstract. Battery lifetime has become one of the top usability concerns of mobile systems. While man...
Battery lifetime has become one of the top usability concerns of mobile systems. While many endeavor...
The performance of today's smartphones is heavily limited by their batteries. To meet the increasing...
This paper advances the study of batteries in everyday life. We provide a situated understanding of ...
The question “Where has my battery gone?” remains a common source of frustration for many smartphone...
In this exploration of the human battery interface, the way in which battery information and notific...
Saving power of Smartphone’s battery becomes an important because of appearance of applications and ...
Smartphones have emerged into platforms with powerful computational capabilities that generate large...
A significant number of people have problems with the batteries of their mobile devices. There are s...
Emerging continuous sensing apps introduce new major factors governing phones ’ overall battery cons...
The limited battery life of modern smartphones remains a leading factor adversely affecting the user...