STPM / SanDisk / Performance General Terms Management / Agilent / Dell / Cisco / Hitachi / As / HP / /
Country
United States / /
Currency
USD / /
Facility
Computer Science University of Michigan ABSTRACT We / /
IndustryTerm
flash product / distributed file systems / energy improvement / wireless network access point / storage devices / minimum energy / important energy conservation / energy conservation / self-tuning power management / energy-aware data caching / Web application / Web browser / storage device / minimum energy usage / energy use / adaptive applications / Web trace / power-saving mode / interactive applications / maximum energy conservation / particular device / network power management / power management algorithms / Web time / energy savings / energy usage / wireless access point / energy / mobile computing / wireless interface / disk technology / mobile applications / command-line tool / power management / poor wireless network coverage / Web objects / energy parameters / e-mail applications / device power management / Web server / energy-awareness / dynamic power management algorithms / Web data / context about device / interface that enables applications / energy characteristics / power management algorithm / local media / wireless network power management / potential energy savings / energy-aware caching architecture / energy-aware strategies / cross-device power management / Web browsers / Web traces / self-tuning software layer / power management policy / energy benefit / mobile computing devices / possible solutions / gray-box solution / informed power management algorithm / reasonable performance using disk technology / energy costs / adaptive Web browser / Web cache / remote server / Web requests / poor wireless connectivity / energy waiting / energy cost / considerable energy / Web E-Mail Web The graph / increased energy usage / wireless network interface / Web experiments / energy-aware caching / energy perspective / moderate energy savings / energy characterization / disk device / /
OperatingSystem
Windows XP / Linux / /
Organization
Electrical Engineering and Computer Science University of Michigan ABSTRACT We / Jason Flinn Department of Electrical Engineering / /
Person
Edmund B. Nightingale / Manish Anand / Jason Flinn / /
Position
manager interface We / manager transitions / manager for each 32 KB item / manager interface / device power manager / IDE driver / disk power manager / representative / manager callback / wireless network driver / manager API / driver / power manager / Manager Mode Transitions Mode Transitions Network STPM Disk Disk Device Characteristics Notify Network State Change Notify Disk State Change Disk Device Driver Device Driver / Applications Network Hints Data Access Decision Cache Manager / Manager Device / cache manager / network power manager / adaptive cache manager / OS power manager / The OS power manager The power manager / / ABLE adaptive power manager / /
Product
Dillo Web / HP iPAQ Headphone/Headset / NISTnet / /
ProgrammingLanguage
Php / K / /
ProvinceOrState
Manitoba / Massachusetts / /
Technology
disk technology / 4 processor / Linux / API / dynamic power management algorithms / Operating System / disk cache / mobile devices / wireless access / data caching / power management algorithms / Bluetooth / Flash / cable modem / broadband / reasonable performance using disk technology / Php / power management algorithm / Operating Systems / informed power management algorithm / flash memory / mobile computing / HTTP / paging / caching / 206 MHz StrongArm processor / Web server / /
Ghosts in the Machine: Interfaces for Better Power Management Manish Anand, Edmund B. Nightingale, and Jason Flinn Department of Electrical Engineering and Computer Science University of Michigan