In this paper, we present a measurement study of the energy consumption characteristics of
three widespread mobile networking technologies: 3G, GSM, and WiFi. We find that 3G and …

Despite the growing popularity of mobile web browsing, the energy consumed by a phone
browser while surfing the web is poorly understood. We present an infrastructure for …

The complexity of modern mobile phones makes it difficult for developers to understand the
power consumption of their applications. Our measurement framework produces fine …

On many battery-powered mobile computing devices, the wireless network is a significant
contributor to the total energy consumption. In this paper, we investigate the interaction …

Web browsing is a key application on mobile devices. However, mobile browsers are largely
optimized for performance, imposing a significant burden on power-hungry mobile devices …

In mobile computing, power is a hmited r= ouce. Like other devices, communication devices
need to be prop erly managed to conserve energy. In this paper, we prment the design and …

In portable computing systems like smartphones, energy is generally a key but limited
resource where application cores have been proven to consume a significant part of it. To …

The 3G/LTE wireless interface is a significant contributor to battery drain on mobile devices.
A large portion of the energy is consumed by unnecessarily keeping the mobile device's …

Many applications are enabled by the ability to capture videos on a smartphone and to have
these videos uploaded to an Internet-connected server. This capability requires the transfer …

Energy management is a critical issue for mobile devices, with network activity often
consuming a significant portion of the total system energy. In this paper, we propose Catnap …