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Powersched(Hawk): Difference between revisions
(Created page with "=== Power Management (Powersched) === ==== Powersched ==== Powersched proposes a reliable, efficient, and transparent mechanism to keep a HPC system under a power cap. The tool aims to increase the energy efficiency of available resources by enabling dynamic power capping based on an application-specific, energy-optimized runtime environment. Powersched can dynamically set a power cap for corresponding job nodes based on the application’s behavior at runtime. A summa...") |
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==== Powersched ==== | ==== Powersched ==== | ||
Powersched proposes a reliable, efficient, and transparent mechanism to keep a HPC system under a power cap. The tool aims to increase the energy efficiency of available resources by enabling dynamic power capping based on an application-specific, energy-optimized runtime environment. Powersched can dynamically set a power cap for corresponding job nodes based on the application’s behavior at runtime. A summary and architectural overview is included below. | Powersched proposes a reliable, efficient, and transparent mechanism to keep a HPC system under a power cap. The tool aims to increase the energy efficiency of available resources by enabling dynamic power capping based on an application-specific, energy-optimized runtime environment. Powersched can dynamically set a power cap for corresponding job nodes based on the application’s behavior at runtime. A summary and architectural overview is included below. | ||
==== Overview and Architecture ==== | |||
<pdf>HLRS_Workshop_Powersched_GSS.pdf</pdf> | |||
<pdf>PowerschedArchitecture_Overview_December_22.pdf</pdf> | |||
Revision as of 14:04, 9 January 2024
Power Management (Powersched)
Powersched
Powersched proposes a reliable, efficient, and transparent mechanism to keep a HPC system under a power cap. The tool aims to increase the energy efficiency of available resources by enabling dynamic power capping based on an application-specific, energy-optimized runtime environment. Powersched can dynamically set a power cap for corresponding job nodes based on the application’s behavior at runtime. A summary and architectural overview is included below.
Overview and Architecture
<pdf>HLRS_Workshop_Powersched_GSS.pdf</pdf> <pdf>PowerschedArchitecture_Overview_December_22.pdf</pdf>