per-application energy / Variable voltage task scheduling algorithms / hand-held devices / Energy minimization / mobile and ubiquitous computing environments / energy needs / ray tracer web server / modified scheduling algorithm / energy calibration / change-point detection algorithm / power management software monitors power consumption / application energy consumption / normal energy requirement / voltage/frequency management / voltage scaling algorithms / real-time dynamic voltage scaling algorithms / voltage selection algorithm / few commercial processors / legacy applications / energy limits / energy savings / energy / energy-optimal decisions / malicious applications / energy consumption / perapplication energy / sensor networks / portable systems / energy cost / power management / energy requirements / event-driven applications / extensions into real applications / energy measurements / application energy reductions / reported energy / game-tree search / Energy efficiency / search tree / selection algorithms / On-line scheduling / on-chip / web-server / /
OperatingSystem
Unix / Linux / BSD / /
Organization
g8 / Cornell University / Carnegie Mellon University / /
Person
John F. Kennedy / Austin Powers / Scott Shenker / Peter Druschel / Michael Neufeld / Mark Weiser / Keith Farkas / Keith Bostic / Phillips Levis / Brent Welch / Roosevelt / Sitaram Iyer / Marshall McKusick / Alan J. Demers / Joshua Kadison / John Quarterman / Charles B. Morrey III / Dirk Grunwand / Thomas Martin / Michael Karels / / /
Position
power manager / modified scheduler / proposed operating system scheduler / MPEG player / idle time scheduler / operating system scheduler / Linux scheduler / application writer / scheduler / simple scheduler / Power Supply Controller / /
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Linux / /
ProgrammingLanguage
VB / /
ProvinceOrState
New York / /
Technology
one Stops processor / real-time dynamic voltage scaling algorithms / Crusoe processor / voltage scaling algorithms / Crusoe Processors / MPEG / Unix / Linux / API / Dynamically Variable Voltage Processors / modified scheduling algorithm / Crusoe / 80200 Processor / 4th IEEE Real-Time Technology / MP3 / operating system / Operating Systems / Variable voltage task scheduling algorithms / asynchronous MIPS processor / SpeedStep Technology / SpeedStep Processors / Mobile Computing / GSM / selection algorithms / voltage selection algorithm / simulation / change-point detection algorithm / Comparing algorithms / web server / /
A Rate Matching-based Approach to Dynamic Voltage Scaling David Biermann, Emin G¨un Sirer, Rajit Manohar Computer Systems Laboratory Cornell University Ithaca, NY 14853, U.S.A. Abstract