The Sun / AMD / Dell / Amazon / Green Enterprises / BigFix / HP / VMWare / Intel / /
Country
Australia / Finland / Germany / United States / /
Currency
USD / pence / cent / / /
Facility
Stanford University / Building Monthly Cost / Dell Studio / building Figure / building Energy An / / /
IndustryTerm
significantenough energy consumer / enterprise computing environment / end-user systems / energy conservation / usage software usage reduction techniques / energy domain / portable devices / web browsing / enterprise computing efficiency / web application / electricity costs / file server / wireless sensor network / higher gas mileage / thin client systems / end-user computing devices / measured energy savings / higher energy-efficiency / staff computing / energy savings / yearly energy consumption threshold / energy usage / energy / power management tool / low-power commodity hardware / desktop computing infrastructure / Software-based remote desktop clients / enterprise computing / energy consumption / sample software approaches / distributed computing infrastructure / multicore operating systems / hardware-efficient computing infrastructure / electricity consumption / average total per-user computing cost / energy conservation approach / backend infrastructure / higher energy efficiency / desktop computing ecosystem / electronic devices / distributed software architecture / laptop computing / Energy efficiency / computing / software solutions / power-saving solutions / end-user devices / enterprise computing systems / overall electricity consumption / mixed software / Internet Explorer MS Excel Thunderbird MS Word Outlook Acrobat Reader Explorer / electricity budget / hybrid computing / energy-saving techniques / on back-end systems / energy bill / battery energy density / energy-efficient computing / local electronics store / thin client solutions / inherent energy costs / energy conservation techniques / energy footprint / proxies applications / desktop energy states / server energy consumption / oil / hybrid computing scenarios / electricity use / software techniques / example thin client product / energy reduction / thin client computing / software systems / greener infrastructure / energy costs / remote server / electricity / enduser computing systems / large energy use reduction / higher energy cost / energy cost / stateof-the-art power management software / software approaches / lowpower devices / energy performance / lower electricity cost / energy consumer / uninterrupted network / energy perspective / enterprise computing system / energy crises / hybrid systems / everyday computing systems / cloud computing / power-saving systems / manual power management / data center hardware / mobile device / changing inherent energy costs / /
MusicGroup
Excel / /
OperatingSystem
VMs / Microsoft Windows / /
Organization
US government / G7 / Department of Energy / White House / Stanford University / Department of the Interior / Tennessee Valley Authority / /
Person
Maria Kazandjieva / Brandon Heller / Carter / Philip Levis / Idle Power (Watts) / Christos Kozyrakis / / /
Position
President / tackle / Looking Forward / data center manager / general / enterprise computing environment / representative / time active CPU Acrobat Professional Firefox Internet Explorer MS Excel Thunderbird MS Word Outlook Acrobat / model of laptop computing / Acrobat / video editor / /
Product
iPhone / /
ProvinceOrState
California / /
Region
Middle East / /
Technology
RAM / operating system / mobile devices / virtual machine / LAN / mobile device / operating systems / PDF / thin client system / load balancing / LCD technology / thin client / simulation / Acrobat / /
Software or Hardware: The Future of Green Enterprise Computing Maria Kazandjieva∗ , Brandon Heller∗ , Omprakash Gnawali∗ , Wanja Hofer† , Philip Levis∗ , Christos Kozyrakis∗ ∗ Stanford