IBM / JAI Press / The National Academies Press / VLSI Systems / /
Country
United States / /
Currency
pence / USD / / /
Facility
Systems Engineering University of Pennsylvania / /
IndustryTerm
gate energy / asymptotic energy analysis / asymptotic energy minimization / data communication energy equals / much communication hardware / energy reading / energy complexity results / low energy / asymptotic energy / magnitude lower energy / achievable energy bounds / banks / memory energy / sequential processor / Evaluation energy / lower energy / read energy / instruction memory energy / energy √in / metal layers / inherent energy advantage / energy reduction / energy / metal / energy neutral / energy-time tradeoffs / sequential processors / monolithic memory bank / determined energy complexity / metal layer / implementation technology / interconnect energy / energy consumption / energy complexity deals / energy√ / instruction energy / considerable energy / bank / architectural solutions / energy requirements / asymptotic energy use / parallel solutions / asymptotic energy requirements / data memory energy / less energy / clock energy / wire energy / computing / energy complexity / energy√for / energy controlling bank selection / data travel / co-processor / asymptotic energy advantage / communication energy / energy√on / /
NaturalFeature
Left Channel / Top Channel / /
Organization
Memory Organization / FPGA / National Science Foundation / University of Pennsylvania / MIT / U.S. Securities and Exchange Commission / ASIC / US Federal Reserve / Asymptotic Energy Minimization André DeHon Department of Electrical / see starting in Sec. / /
Person
Cory Waxman / S. Garcia / V / O. Rowhani / V / R. C. Harting / V / / /
Position
model for field-programmable gate arrays / driver / General / /
ProvinceOrState
New Jersey / Pennsylvania / Rhode Island / South Carolina / M. B. / California / /
PublishedMedium
Journal of the ACM / IEEE Transactions on Computers / /