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Currently, the rate of adoption of ICT (Information and Communication Technologies) devices has increased at an impressive rate. This is not only due to the sales of consumer devices such as smartphones, but also due to the widespread adoption of mobile and IoT (Internet of Things) devices with the purpose of gathering more knowledge about our environment. Energy is consumed in these devices in a different manner according to their available limited resources (such as battery) in an attempt to fulfill tasks imposed by the services’ processing and data demands. This has led ICT researchers to find interest in strategies for mitigating high energy consumptions when processing and transferring data. For example, efforts on delivering efficient software code that preserves energy by being architecturally efficient and conscious about resource usage have been done in the past, but we consider that other approaches could be implemented in order to further increase energy savings.

Fully Charged: Characterizing the Data Requirements of Services and Apps to Optimize the Use of Energy