average energy use / desktop management / transient energy rise / overall energy savings / administration utilities / energy waste minimizing tw / energy waste / software environments / Web browsers / server infrastructure / expected energy savings / dom0 tools / document processors / reduced energy savings / host network / energy use / desktop energy use / energy efficient inter-arrivals / desktop systems / account energy use / similar energy savings / reduced energy use / energy savings / energy / energy costs / always-on applications / above network device / desktop applications / shows energy savings / software reliability / user applications / network block device / desktop server / similar energy savings performance / energy profile / e.g. device / published systems / attractive solution / disk device / consolidation server / increased energy use / desktop hardware / virtualization solutions / /
OperatingSystem
Mac OS X / VMs / Linux / /
Organization
US Federal Reserve / Carnegie Mellon University / University of Toronto / /
Position
video player / General / disk driver / /
Product
Jettison / dom0 tools / full / dom0 / /
ProgrammingLanguage
JavaScript / /
Technology
virtual machine / LAN / RAM / 945 processor / Linux / MAC address / Operating Systems / gigabit / simulation / Virtual LAN / VOIP / document processors / /
Jettison: Efficient Idle Desktop Consolidation with Partial VM Migration Nilton Bila† , Eyal de Lara† , Kaustubh Joshi× , H. Andr´es Lagar-Cavilla ∗ , Matti Hiltunen× and Mahadev Satyanarayanan‡ † Universit