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Motivated by the huge disparity between the limited battery capacity of userdevices and the ever-growing energy demands of modern mobile apps, we proposeINFv. It is the first offloading system able to cache, migrate and dynamicallyexecute on demand functionality from mobile devices in ISP networks. It aims tobridge this gap by extending the promising NFV paradigm to mobile applicationsin order to exploit in-network resources. In this paper, we present the overalldesign, state-of-the-art technologies adopted, and various engineering detailsin the INFv system. We also carefully study the deployment configurations byinvestigating over 20K Google Play apps, as well as thorough evaluations withrealistic settings. In addition to a significant improvement in battery life(up to 6.9x energy reduction) and execution time (up to 4x faster), INFv hastwo distinct advantages over previous systems: 1) a non-intrusive offloadingmechanism transparent to existing apps; 2) an inherent framework support toeffectively balance computation load and exploit the proximity of in-networkresources. Both advantages together enable a scalable and incrementaldeployment of computation offloading framework in practical ISPs' networks.

Diffusing Your Mobile Apps: Extending In-Network Function Virtualization to Mobile Function Offloading