RenRen / Netflix / Twitter / Facebook / Samsung / Sina / Amazon / Amax / Cisco / MySQL / AppATP / Microsoft / /
Country
China / / /
Event
Company Expansion / /
Facility
Huazhong University of Science / The Chinese University of Hong Kong / /
IndustryTerm
expected energy consumption / wireless connectivity / Online Stochastic Control Algorithm / energy conservation / mixed social networking app / transmission energy conservation / transmission management / energy minimization / application-layer protocol / above detailed energy models / energy-efficient prefetching / reduced energy consumption / adaptive algorithm / web browsing / measured energy consumption models / mobile energy accounting / wireless link / frequent wireless transmissions / app software updates / uplink transmission management / energy overhead / energy optimization problems / transmission energy / energy-efficient data transfers / tail energy wastage / Mobile cloud computing / link selection algorithm / wireless network conditions / social networking services / transmission decisions according to Algorithm / energy savings / energy consumptions / wireless data transmission / energy / possible wireless network condition / time-averaged energy consumption drops / marginal energy conservation / control algorithm / mobile applications / unpredictable wireless network conditions / energy consumption / cache management / min-driftplus-penalty algorithm / energy consumption increases / less energy consumption / mobile device energy consumption / energy-minimization / social networking / 3G networks / energy-efficient manner / energy saving services / minimum time-averaged energy consumption / performance-energy tradeoff / energy management / software update / less energy / wireless network condition cause unpredictable energy consumption / energy efficiency / less tail energy wastage / software/appupdates / cloud resources / time-averaged energy consumption / lightweight algorithm / mobile-cloud storage services / energy minimization problem / resource-constrained mobile devices / content server / minimum energy consumption / wireless bandwidth traces / stand-alone protocol / mobile-cloud communications / wireless bandwidth / online decision / wireless network / energyefficient transmission scheduling algorithm / tail energy / wireless connections / social networking service / time-avg energy consumption / energy-efficient mobile-cloud communications / online transmission control protocol / energy-delay tradeoff / wireless network condition / energy-efficient transmissions / wireless networks / wireless network bandwidth / online transmission decisions / transmission protocol / transmission algorithm / desktop applications / bandwidth probing energy overhead / energy-efficiency / energy cost / energy consumption reduction / design choices / data management / connectivity-aware protocol / higher energy / energy saving / low-overhead online algorithm / video services / subsequent tail energy / application-layer transmission protocol / abundant computing resources / cloud computing / potential energy benefits / energy model / mobile-cloud applications / /
OperatingSystem
Android / /
Organization
Chinese University of Hong Kong / U.S. Securities and Exchange Commission / Department of Computer Science and Engineering / System Lab / Cluster and Grid Computing Lab / Huazhong University of Science and Technology / School of Computer Science and Technology / Services Computing Technology and System Lab / /
Person
John C.S. Lui / Ai / /
Position
cloud-end data manager / head / manager in cloud / representative / data manager / manager / manager at the cloud end / controller / /
Product
Lyapunov / OAuth 2.0 / /
ProgrammingLanguage
Java / JavaScript / /
ProvinceOrState
Manitoba / /
Technology
defined above / then Algorithm / JSON / stand-alone protocol / API / mobile phones / transmission algorithm / connectivity-aware protocol / WAN / mobile devices / low-overhead online algorithm / Java / queueing theory / application-layer protocol / ISP / cell phones / application-layer transmission protocol / link selection algorithm / 3G / energyefficient transmission scheduling algorithm / flash / lightweight algorithm / three algorithms / smartphone / control algorithm / machine learning / Android / mobile device / Ethernet / min-driftplus-penalty algorithm / online transmission control protocol / smartphones / 8 protocol / HTTP / transmission protocol / simulation / adaptive algorithm / /
SUBMITTED TO IEEE TRANSACTIONS ON COMPUTERS 1 AppATP: An Energy Conserving Adaptive Mobile-Cloud Transmission Protocol