University of Massachusetts Amherst / Paramvir Bahl§ Duke University / /
IndustryTerm
wireless connectivity / regular applications / magnitude less energy / location-based social networking / wireless link / static analysis tool / smartphone device / energy overhead / huge energy benefits / 3G wireless radios / car navigation systems / lower energy consumption / energy savings / energy / resource-rich infrastructure / energy consumption / increased energy consumption / energy standpoint / energy management / less energy / continuous processing / technology trends / battery technology / energy problem / chemicals / Mobile handheld devices / energy-hungry applications / phone applications / e-commerce transaction / energy characteristics / energy needs / battery technology make / energy trade-off / remote infrastructure / energy impediment / high energy consumption / energy meter / resource intensive applications / overall energy consumption / smartphone energy consumption / energy-aware / application developer / energy costs / wireless sender / resource-intensive applications / remote server / online store / latency-sensitive applications / energy cost / chemical composition / proposed technology / nearby server / massive infrastructure / wireless networking environment / energy performance / energy measurements / smartphone devices / individual applications / energy profile / large energy savings / drastic energy savings / wireless environment / energy consumption characteristics / handheld devices / large energy demands / cloud computing / handheld mobile devices / smartphone applications / energy model / suggested using newer chemicals / /
OperatingSystem
VMs / Windows 7 / Windows Mobile / /
Organization
University of Massachusetts Amherst / Duke University / UCLA / /
MAUI: Making Smartphones Last Longer with Code Offload † Eduardo Cuervo† , Aruna Balasubramanian‡ , Dae-ki Cho∗ , Alec Wolman§ , Stefan Saroiu§ , Ranveer Chandra§ , Paramvir Bahl§