Sun Microsystems Laboratories / C. Li A. E. / Microsoft Windows XP / ACM SIGMOBILE Mobile Comp. / Hitachi Global Storage Technologies / Microsoft Corporation / /
Currency
cent / BSD / / /
Facility
University of California at Berkeley / Michael L. Scott University of Rochester / /
IndustryTerm
Online Servers / storage devices / server-class applications / dramatic energy savings / resource-rich modern systems / given device / system startup / file systems / Energy savings / energy / energy costs / Replacement algorithms / on-line data / local peripheral devices / Conservative algorithms / slow peripheral devices / user applications / portable storage devices / proposed prefetching algorithms / wireless network channels / arbitrary underlying file systems / electronics / on-line mechanism / prediction algorithms / energy efficiency / disk energy / Media applications / memory management / multimedia applications / legacy file systems / /
OperatingSystem
UNIX / XP / Linux / BSD / Windows XP / Microsoft Windows / /
Organization
School of Information Management and Systems / University of California / National Science Foundation / University of Rochester / /
Person
K. Li / P. Cao / E. W. Felten / Morgan Kaufman / J. H. Hartman / /
Position
driver / controller / Cao / /
Product
Microsoft Corporation Portable Audio Device / /
ProvinceOrState
Manitoba / California / /
Technology
RAM / MPEG / Linux / UNIX / Disk Drive / Replacement algorithms / instant messaging / MP3 / Prefetching algorithms / operating system / operating systems / prediction algorithms / pdf / Mobile Computing / http / caching / proposed prefetching algorithms / /
HotOS[removed]Aggressive Prefetching: An Idea Whose Time Has Come∗ Athanasios E. Papathanasiou and Michael L. Scott University of Rochester {papathan,scott}@cs.rochester.edu