Richard J. Friedrich Hewlett-Packard Laboratories / Hewlett-Packard Company / HP / Jeffrey S. Chase1 Internet Systems / /
Currency
pence / / /
Event
Reorganization / /
Facility
Duke University / /
IndustryTerm
energy consumption costs / Internet Data Centers Ratnesh K. Sharma / real time temperature distribution / reduced energy efficiency / software-driven dynamic thermal management / high-density computing environments / given computing load / service cores comprising server / electricity / Internet-based applications / Internet-based application services / Internet server applications / improved energy efficiency / large-scale Internet computing / reduced energy efficiencies / scientific processing / internet services / heat extraction devices / row-wise and regional thermal management / Internet service architectures / dynamic thermal management / energy saving / data center cooling systems / data mining / energy efficiency / large-scale Internet / Internet data center / computing / processor energy efficiency / thermal management / Internet data centers / software resource management functions / schematic showing cooling infrastructure / multi-system resource management / database services / energy savings / numerical solution / energy / highperformance computing / /
Organization
Chase Department / Department of Computer Science / Computer Science D306 Levine Science Research Center / Typical Data Center / D306 Levine Science Research Center / Duke University / Durham / /
Person
Cullen E. Bash / / /
Position
author / resource manager / /
ProvinceOrState
North Carolina / California / Mississippi / /
Technology
Ethernet / load balancing / fluid dynamics / data mining / simulation / Quality of Service / /
Balance of Power: Dynamic Thermal Management for Internet Data Centers