The Climate Group / Accenture / Facebook / Salesforce.com / Apple / Rackspace / Amazon / Google / Cisco / A7 METRO AND CORE NETWORKS / Microsoft / CLOUD SERVICES / /
Currency
USD / /
Facility
US Department of Commerce National Institute of Standards and Technology / STORE ANYTHING / University of Melbourne / /
IndustryTerm
social networking activities / user devices / computing infrastructure / incremental energy calculation / word processor / telecommunications technologies / data centre infrastructure / portable devices / substantial energy consumption / desktop computing environment / wireless access technologies / web browsing / consumer services / Internet services / communication technologies / pubic Internet / desktop processing / wireless cloud access / energy use / services more energy-efficient / Wireless access network technologies / cloud applications / user device / energy efficient / defined cloud computing / cloud computing ecosystem / energy / renewable electricity / WIRELESS CLOUD ENERGY CONSUMPTION MODEL / wireless broadband networks / Wireless Cloud / private network / WIRELESS CLOUD WILL GENERATE UP TO / energy consumption / access network / in-house enterprise networks / energy-efficient wireless access network technologies / services WIRELESS NETWORKS / social networking / customers Internet Service Provider / telecommunications / energy requirements / copper wireline infrastructure / owned enterprise networks / coal-generated electricity / access network technologies / access technologies / WIRELESS CLOUD IN / cloud energy consumption / wireless access network / energy efficiency / computing / cloud computing environment / energy calculations / substantial energy savings / wireless communication networks / wireless access / metro telecommunications networks / wireless communication / pool-computing resources / cloud services / cloud infrastructure INTERNET SERVICE PROVIDER ACCESS NETWORKS / INTERNET DATA CENTRE / telecommunications infrastructure / mobile wireless connection / energy inefficient / public cloud infrastructure / WIRELESS CLOUD ENERGY / desktop computing / Private cloud infrastructure / data centre energy efficiency / improved energy efficiency / wireless connection / wireless broadband access / public Internet / public Internet/public cloud / telecommunications networks / wireless cloud energy consumption / personal computing / INTERNET SERVICE PROVIDER / energy implications / electricity use / services more energy efficient / wireless networks / define wireless / retail services / software developers facilities / conventional computing / WIRELESS CLOUD An analysis / cloud infrastructure / electricity generation / personal wireless communications devices / wireless access networks / energy cost / wireless user devices / wireless technologies / wireless cloud users / green technology / cloud solutions / direct electricity bill / corporate network / larger cloud-computing ecosystem / cloud-computing ecosystem / mobile and local wireless solutions / communication devices / access networks / web-server resources / cellular technology / simpler low power device / operational energy / Cloud computing / broadband access technology / wireless devices / Web Services / wireless cloud traffic / /
Organization
OR PC / US Department of Commerce National Institute of Standards and Technology / Greenpeace / University of Melbourne / DATA CENTRE CORPORATE LAN CORPORATE / /
Person
Rod Tucker / / /
Position
advocate / word processor / EXECUTIVE / database manager / Director / CEET Laureate Professor / manager / etc / /
THE POWER OF WIRELESS CLOUD An analysis of the impact on energy consumption of the growing popularity of accessing cloud services via wireless devices