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Mobile data traffic (cellular + WiFi) will exceed PC Internet traffic by2020. As the number of smartphone users and the amount of data transferred persmartphone grow exponentially, limited battery power is becoming anincreasingly critical problem for mobile devices which depend on the networkI/O. Despite the growing body of research in power management techniques forthe mobile devices at the hardware layer as well as the lower layers of thenetworking stack, there has been little work focusing on saving energy at theapplication layer for the mobile systems during network I/O. In this paper, tothe best of our knowledge, we are first to provide an in-depth analysis of theeffects of application-layer data transfer protocol parameters on the energyconsumption of mobile phones. We propose a novel model, called FastHLA, thatcan achieve significant energy savings at the application layer during mobilenetwork I/O without sacrificing the performance. In many cases, our modelachieves performance increase and energy saving simultaneously.

Energy-Efficient Mobile Network I/O Optimization at the Application Layer