'Low power design' diaporamas de présentation

Low Power System Level Design Methodologies

Low Power System Level Design Methodologies. Young-Chul Kim Chonnam National Univ. Dept. of ECE, IT SoC Lab. http://soc.chonnam.ac.kr/~yckim. Contents. Introduction to System Level Design Hardware and Software Co-design Re-configurable Processors Other Low Power System Level Designs.

1.41k views • 104 slides

Low-Power Design Techniques in Digital Systems

Low-Power Design Techniques in Digital Systems. Prof. Vojin G. Oklobdzija University of California November 19, 2003. Outline of the Talk. Power trends in VLSI Scaling theory and predictions Research efforts in power reduction Efficiency measures and design guidelines

1.03k views • 82 slides

Low Power and Reliable Design for Emerging Technologies

580 views • 38 slides

Section 10: Advanced Topics

Section 10: Advanced Topics. M. Balakrishnan Dept. of Comp. Sci. & Engg. I.I.T. Delhi. Multi-Level Logic Synthesis. M. Balakrishnan Dept. of Comp. Sci. & Engg. I.I.T. Delhi. Objective.

453 views • 38 slides

CMOS VLSI Design Lecture 1 3 : Design for Low Power

2.17k views • 37 slides

A System Design And Build Course On Wearable Computers

501 views • 34 slides

Low Power Design From Technology Challenges to Great Products

Low Power Design From Technology Challenges to Great Products. Barry Dennington. Snr VP CTO/SoC Design Engineering. October 5, 2006. Agenda. Is power really a problem? Are there viable solutions? What are the challenges to use them? Designing low-power products Conclusions.

450 views • 33 slides

Low Power Design From Technology Challenges to Great Products

Low Power Design From Technology Challenges to Great Products. Barry Dennington. Snr VP CTO/SoC Design Engineering. October 5, 2006. Agenda. Is power really a problem? Are there viable solutions? What are the challenges to use them? Designing low-power products Conclusions.

413 views • 33 slides

Low Power Architecture and Implementation of Multicore Design

Low Power Architecture and Implementation of Multicore Design. Khushboo Sheth, Kyungseok Kim Fan Wang, Siddharth Dantu. Advisor: Dr. V Agrawal. ELEC6270 Low Power Design of Electronic Circuits Team Project. VLSI D&T Seminar Nov. 8 2006. Project Objectives.

450 views • 28 slides

Low Power Architecture and Implementation of Multicore Design

Low Power Architecture and Implementation of Multicore Design. Khushboo Sheth, Kyungseok Kim Fan Wang, Siddharth Dantu. Advisor: Dr. V Agrawal. ELEC6270 Low Power Design of Electronic Circuits Team Project. VLSI D&T Seminar Nov. 8 2006. Project Objectives.

410 views • 28 slides

Power Issues with Embedded Systems

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Advisor Dr. Vishwani D. Agrawal Committee Members Dr. Victor P. Nelson, Dr . Adit D. Singh

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L6: Lower Power Architecture Design

L6: Lower Power Architecture Design. 1999. 8.2 ?????? ? ? ? ?? http://vada.skku.ac.kr. Through WAVE PIPELINING. Wave-pipelining on FPGA. Pipeline ? ??? Balanced partitioning Delay element overhead Tclk > Tmax - Tmin + clock skew + setup/hold time Area, Power, ?? ????? ??

374 views • 22 slides

Dual-Voltage Supply for Power Reduction

389 views • 21 slides

32-bit parallel load register with clock gating

32-bit parallel load register with clock gating. Lan Luo. ECE Department, 200 Broun Hall, Auburn University, Auburn, AL 36849, USA luolan1@auburn.edu. ELEC 6270 Project December 2007. Outline. Concept of Power Dissipation & Clock Gating Schematics of Basic Cells Simulation Results

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266 views • 16 slides

A 130 nm Sub-VT Power-Gated Processor for Body Sensor Network Applications

268 views • 15 slides

102-1 Under-Graduate Project Improving Timing, Area, and Power

102-1 Under-Graduate Project Improving Timing, Area, and Power. Speaker: ??? Adviser: Prof. An- Yeu Wu Date : 2013/12/12. Introduction. When design in RTL, the designer need to be aware of timing , area and power issues.

227 views • 14 slides

Dynamic Voltage Scaling Using Both Headers and Footers

Dynamic Voltage Scaling Using Both Headers and Footers. Kyle Craig and Roy Matthews ECE 632. Background. Our research has addressed the power savings method known as Dynamic Voltage Scaling (DVS) to a system and attempt to apply the use of both headers and footers in the process.

215 views • 11 slides

Motivation

Ptolemy-Oriented Structural, Reconfigurable and Heterogeneous Hardware Design, Verification and Synthesis. Motivation Complexity, V-deep submicron, low power, high performance& successful completion of ASICs constitute current hardware designs challenges.

104 views • 1 slides