Synopsis
Low Power Design: An Introduction.- Basic Low Power Digital Design.- Power-efficient Processor Architecture.- Power-efficient Memory and Cache.- Power Aware Operating Systems, Compilers, and Application Software.- Power Issues in Servers and Data Centers.- Low Power Graphics Processors.
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Review
Aus den Rezensionen:
“... Dieses Buch ist dem lobenswerten Ziel gewidmet ... Die Autoren sind ehrlich genug, die effektiven Motivationen für die Entwicklung energeeffezienter ICT Produkte aufzuführen. ... Das an Studierende, Forscher und Entwicklungsingenieure gerichtete Buch ... Ein gutes Buch mit ausgewogener Beschreibungstiefe, das die Grundlagen der Stromsparmassnahmen bei ICT Systemen umfassed vermittelt. Eine sehr empfehlenswert Lekture.“(in: Bulletin SEV/VSE, 1/July/2011, Issue 7, S. 71)
From the Back Cover
Power-efficient System Design Preeti Ranjan Panda Aviral Shrivastava B. V. N. Silpa Krishnaiah Gummidipudi This book addresses power optimization in modern electronic and computer systems. Several forces aligned in the past decade to drive contemporary computing in the direction of low power and energy-awareness: the mobile revolution took the world by storm; power budgets forced mainstream processor designers to abandon the quest for higher clock frequency; and large data centers with overwhelming power costs began to play vital roles in our daily lives. Power optimization was elevated to a first class design concern, forcing everyone from the process engineer, circuit designer, processor architect, software developer, system builder, and even data center maintainer to make conscious efforts to reduce power consumption using myriad techniques and tools. This book explores power optimization opportunities and their exploitation at various levels of abstraction. Fundamental power optimizations are covered at each level of abstraction and applied to components such as compilers, operating systems, servers, data centers, and graphics processors. This book covers a comprehensive range of disparate power optimizations and is designed to be accessible to students, researchers, and practitioners alike. · Low power digital design · Low power processor architecture · Power efficient memory and cache design · Power aware operating systems, compilers, and applications · Power issues in large servers and data centers · Low power graphics processors
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