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Energy Efficient Microprocessor Design

Author: Thomas D Burd; Robert W Brodersen
Publisher: Boston, MA : Springer US, 2002.
Edition/Format:   eBook : Document : EnglishView all editions and formats
Summary:
The basic organization of Energy Efficient Microprocessor Design is to start with a description of the metrics and benchmarks used to design energy-efficient microprocessor systems, which is followed by energy efficient methodologies for the architecture and circuit design, DC-DC conversion, energy efficient software and system integration. Detailed design of the critical circuits and their performance is included  Read more...
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Genre/Form: Electronic books
Additional Physical Format: Print version:
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Thomas D Burd; Robert W Brodersen
ISBN: 9781461508755 1461508754
OCLC Number: 852792466
Description: 1 online resource (xii, 357 pages)
Contents: 1 Introduction --
1.1 The Need for Energy Efficiency --
1.2 The Performance-Energy Trade-off --
1.3 Book Organization --
2 Energy Efficient Design --
2.1 Processor Usage Model --
2.2 CMOS Circuit Models --
2.3 Energy Use Metrics --
2.4 Energy Efficient Design Observations --
2.5 Dynamic Voltage Scaling --
3 Microprocessor System Architecture --
3.1 System Architecture --
3.2 Processor Core --
3.3 Cache System --
3.4 System Coprocessor --
3.5 Summary --
4 Circuit Design Methodology --
4.1 General Energy-Efficient Circuit Design --
4.2 Memory Design --
4.3 Low-Swing Bus Transceivers --
4.4 Design Constraints Over Voltage --
4.5 Design Constraints for Varying Voltage --
5 Energy Driven Design Flow --
5.1 Overview --
5.2 High-level Energy Estimation --
5.3 Clocking Methodology --
5.4 Power Distribution Methodology --
5.5 Functional Verification --
5.6 Timing Verification --
6 Microprocessor and Memory IC's --
6.1 Microprocessor IC --
6.2 Processor Architecture --
6.3 Memory IC --
7 DC-DC Voltage Conversion --
7.1 Introduction to Switching Regulators --
7.2 PWM Operation --
7.3 PFM Operation --
7.4 Other Topologies --
7.5 Dynamic Voltage Conversion --
8 DC-DC Converter IC for DVS --
8.1 System and Algorithm Description --
8.2 External Component Selection --
8.3 Frequency Detector --
8.4 Current Comparators --
8.5 Power FETs --
8.6 Efficiency Simulations --
8.7 Measured Results --
9 DVS System Design and Results --
9.1 System Architecture --
9.2 Interface IC --
9.3 Prototype Board --
9.4 Software Infrastructure --
9.5 Evaluation --
9.6 Comparisons and other related work --
10 Software and Operating System Support --
10.1 Software Energy Reduction --
10.2 Software Environment --
10.3 System Architecture --
10.4 Benchmarking --
10.5 DVS Operating System --
10.6 Voltage Scheduling Algorithms --
10.7 Algorithm Analysis --
10.8 Comments and Possible Further Directions --
11 Conclusions --
11.1 Energy Efficient Design --
11.2 Current Industry Directions --
11.3 Future Directions.
Responsibility: by Thomas D. Burd, Robert W. Brodersen.

Abstract:

This volume starts with a description of the metrics and benchmarks used to design energy-efficient microprocessor systems, followed by energy-efficient methodologies for the architecture and circuit  Read more...

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