Atmel / C IRCUITS AND A RCHITECTURES Software / GPU / AMD / Accuracy Coverage Hardware / random Logic / Intel / /
Currency
pence / AMD / / /
Event
Product Issues / /
Facility
Stanford University / University of Illinois / building UnO / University of Michigan / University of California / /
IndustryTerm
information technology industries / opportunistic software / particular chip / non-interactive applications / identical flash devices / quality-sensitive multimedia applications / software infrastructure / hot carrier injection / software designers / software methods / signaturedriven adaptive software stack / variability-aware software techniques / software adaptability / operation energy variation / contemporary embedded processor / system software / software-driven / opportunistic computing / energy / memory technologies / hardware power management / energy-based load balancing / purpose computing systems / software-controllable control knobs / well-configured software stack / example software optimization / software stack / energy efficient designs / header devices / energy consumption / certain multimedia and iterative applications / i5540M processors / rigid hardware-software interface / manufacturing process parameters / adaptive algorithms / energy efficiency variation / error-prone hardware / software orchestration / software adaptation modality / access memory chips / post manufacturing hardware characteristics / technology generations / Energy management / manufacturing test / manufacturing quality / energy efficiency / manufacturing / computing / software schemes / potential software adaptation / technology trends / higher-end modern processors / software adaptation / resilient algorithms / largevolume systems / software-guided hardware power management / multimedia applications / respective energy rank / variability-aware software system / build systems / lower energy cost / Software inferences / manufacturing yield / technology characteristics / actual systems / semiconductor manufacturing process / appropriate software applications / server class devices / flash devices / erroneous systems / improved manufacturing yield / software interfaces / manufacturing constraints / energy benefits / probabilistic applications / online diagnostics / energy availability / application developer / energy costs / on-line test access mechanisms / intelligent software optimizations / change hardware / reliability management / energy usage characteristics / on-line selftest diagnostics / process technology / purpose processors / contemporary x86 processors / software applications / motion estimation search window / purpose processor / energy performance / 65nm technology / embedded sensing applications / embedded processors / energy consumer / energy-aware programming abstraction / mining / fault-tolerant computing / software layers / opportunistic sensing software stack / on-chip / multicore processor / be orchestrated using software layers / /
MarketIndex
PARSEC / LARGEST VARIATION WHILE THE / /
OperatingSystem
Linux / /
Organization
University of Michigan / Ann Arbor / University of Illinois / Urbana-Champaign / University of California / Irvine / University of California / San Diego / Stanford University / University of California / Los Angeles / / /
Position
operating system resource scheduler / General / programmer / driver / default Linux scheduler / e.g. data collector / VaMV memory supervisor / Contemporary General / application programmer / scheduler / variability-aware duty cycle scheduler / /
Product
module / cache bits / /
ProgrammingLanguage
C / /
ProvinceOrState
Michigan / California / Illinois / /
RadioStation
20 Core / /
SportsLeague
Stanford University / /
Technology
memory technologies / multicore processor / Linux / information technology / offthe-shelf ARM Cortex M3 processor / API / i5540M processors / particular chip / random access / SRAM / operating system / process technology / integrated circuits / same chip / mobile devices / access memory chips / virtual memory / flash / contemporary x86 processors / semiconductor / virtual machine / SAM3U processors / same processor / purpose processor / operating systems / 45nm CMOS technology / Flash Memory / load balancing / purpose processors / 65nm technology / Two technologies / contemporary embedded processor / Simulation / ARM Cortex M3 processor / integrated circuit / /
1 Underdesigned and Opportunistic Computing in Presence of Hardware Variability Puneet Gupta1 , Member, IEEE, Yuvraj Agarwal2 , Member, IEEE, Lara Dolecek1 , Member, IEEE, Nikil Dutt6 , Fellow, IEEE, Rajesh K. Gupta2 ,