Power Dimetrodon / Hewlett Packard / Dimetrodon / Quanta / Google / General Terms Performance / AMD / Intel / Average / /
Country
United States / /
Currency
USD / BSD / / /
Event
Reorganization / /
Facility
Margo Seltzer∗ ∗Harvard University / /
IndustryTerm
quad-core processor / software technique / eCommerce workload / physical hardware / multi-server thermal management solutions / multi-core thermal management / eCommerce applications / software-level thermal management technique / system software level / stress test processors / software-level scheduling schemes / Software idle cycle injection / energy / low latency systems / web serving context / private network / electricity / application-level proactive thermal management / Web Server Workload To / industry standard web benchmark testing web server loads / web serving / intrusive cooling solutions / banking / Software-level control / twofold energy costs / web workload / commodity hardware / software system-specific information / data center energy / preventive thermal management / web server / proactive thermal management / embedded operating systems / on-chip / representative 1U rackmount server / /
MarketIndex
SPEC CPU2006 / /
OperatingSystem
Linux / Ubuntu / FreeBSD / BSD / OSE / /
Organization
Harvard University / Core Duo / Computer Systems Organization / /
Person
S MITH / P OWELL / Sanjay Gandhi / Vijay Janapa Reddi / Morgan Publishers / David Brooks / Peter Bailis / VAN G ILDER / /
Position
modern scheduler for FreeBSD / default scheduler / modern scheduler / Architectures Software Developer / ULE scheduler / a modern scheduler / FreeBSD p4tcc driver / external controller / A. J. Cost model for planning / BSD scheduler / representative / scheduler / /
Duo processor / Linux / using on-chip / operating system / Quality of Service / operating systems / CMP / mobile devices / ethernet / stress test processors / http / web server / system processor / /
Dimetrodon: Processor-level Preventive Thermal Management via Idle Cycle Injection Peter Bailis∗, Vijay Janapa Reddi∗‡, Sanjay Gandhi∗, David Brooks∗, and Margo Seltzer∗ ∗Harvard University, ‡AMD Researc