'Dynamic voltage scaling' diaporamas de présentation

INTRODUCTION TO LOW-POWER DESIGN

INTRODUCTION TO LOW-POWER DESIGN. Why Low-Power Devices?. Practical reasons (Reducing power requirements of high throughput portable applications) Financial reasons (Reducing packaging costs and achieving memory savings) Technological reasons

3.17k views • 84 slides

Power Aware Software Architecture

943 views • 53 slides

Low Power Design, Past and Future

Low Power Design, Past and Future. Bob Brodersen (UCB), Anantha Chandrakasan (MIT) and Dejan Markovic (UCLA). Acknowledgements. Rahul Rithe (MIT ) Mehul Tikekar (MIT) Chengcheng Wang (UCLA) Fang-Li Yuan (UCLA). Technologies evolved to obtain improved Energy Efficiency.

440 views • 34 slides

Operating System Requirements for Embedded Systems

Operating System Requirements for Embedded Systems. Rabi Mahapatra. Complexity trends in OS. Small controllers. OS functionality drives the complexity. sensors. Home appliances. Mobile phones. PDAs. Game Machines. Router. Requirements of EOS.

469 views • 27 slides

Variation immunity in sub-threshold operation

Variation immunity in sub-threshold operation. Patricia Gonzalez Divya Akella VLSI Class Project. Motivation : Sub-threshold Operation . Sub-threshold processor which runs on 180mV [1] Sub-threshold FPGAs A sub-VT ring oscillator at 80mV [2].

312 views • 18 slides

Low Voltage Sequential Circuit With a Ring Oscillator Clock

Low Voltage Sequential Circuit With a Ring Oscillator Clock. ELEC 6270 Low power design of Electronic Circuits Spring, 2009 Presented by Mridula Allani Under the guidance of Dr. Vishwani Agrawal. Dynamic Voltage and Frequency Scaling. Power Dissipation in electronic circuits.

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Design and Implementation of VLSI Systems (EN0160) Lecture 13: Power Dissipation

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Coscheduling in Clusters: Is it a Viable Alternative?

Coscheduling in Clusters: Is it a Viable Alternative?. Gyu Sang Choi, Jin-Ha Kim, Deniz Ersoz, Andy B. Yoo, Chita R. Das Presented by: Richard Huang. Outline. Evaluation of scheduling alternatives Proposed HYBRID Coscheduling Evaluation Conclusions Discussion.

296 views • 14 slides