The First Workshop on HPC Power Management: Measuring Effectiveness

Tuesday, September 22, 2015 8:15am - 5:30pm
Historic Inns of Annapolis, Annapolis, Maryland

All presentations are now available via the title links on the agenda page.

This workshop will address the issues and potential solutions for power capacity planning and management in an HPC facility. Two main issues are managing stranded and trapped capacity. Stranded and trapped capacity issues often manifest when facility managers are given highly inaccurate power budget estimations. Power and other physical resources are allocated based on these estimations, which results in overprovisioning and underutilization of these resources. Currently many HPC users are not concerned about power usage effectiveness, but that is certain to change in the near future as the HPC community gears up to meet the exa-scale challenge. Power consumption and management and related infrastructure requirements are considered to be some of the main hurdles to overcome in order to achieve sustained exa-scale operations on future computing platforms and key applications.

This workshop will be a multi-year series to address different aspects of power capacity management and will include topics such as energy efficient hardware design, green programming models, energy-aware job scheduling, monitoring, modeling, evaluation etc. For 2015, the theme of this workshop will be "measuring effectiveness."

The outcome of the workshop will be a report written by the steering committee. The report will be available to the community via the workshop website.

Registration for the workshop is now closed.

There is no registration fee for the workshop. However, due to limited space, registration is required.

If you plan on attending, please send us an email and include your name, affiliation and contact information.

The Keynote Talk

Natalie Bates, the co-chair of the Energy Efficient HPC Working Group (https://eehpcwg.llnl.gov), will be giving a keynote talk titled "Metrics for HPC Data Center Power Proportionality and Efficiency."