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Adaptive Techniques for Dynamic Processor Optimization: Theory and Practice collects, in one place, the research and experience of pioneers in the burgeoning area of dynamically adaptive silicon, where the part optimizes itself "on the fly". Static and potentially unique configuration of each manufactured part has been practiced for some time, but advanced silicon processes no longer allow high performance parts that luxury. Variations, environmental conditions and diverse operating modes all confer a great competitive advantage on chips that succeed at monitoring conditions and adapting their operating point to optimize speed, power and reliability. This book discusses the different approaches and responses to adaptive techniques used for processor power, frequency and functionality optimization. Adaptive Techniques for Dynamic Processor Optimization: Theory and Practice includes chapter contributions that explore promising approaches and present the supporting data.
This book is written for engineers interested in adaptive techniques for processors.
Table of Contents
Technology Challenges Motivating Adaptive Techniques
Technological Boundaries of Voltage and Frequency Scaling for Power Performance Tuning
Adaptive Circuit Technique for Managing Power Consumption
Dynamic Adaptation Using Body Bias, Supply Voltage, and Frequency
Adaptive Supply Voltage Delivery for Ultra-Dynamic Voltage Scaled Systems
Dynamic Voltage Scaling with the XScale Embedded Microprocessor
Sensors for Critical Path Monitoring
Architectural Techniques for Adaptive Computing
Variability-Aware Frequency Scaling in Multi-Clock Processors
Temporal Adaptation - Asynchronicity in Processor Design
Dynamic and Adaptive Techniques in SRAM Design
The Challenges of Testing Adaptive Designs
ISBN - 9788184895513
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Pages : 320
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