Abstract <p>The paper proposes an integrated approach to configuring low-level server software for resource-intensive tasks of processing physical experiment data, in order to achieve a balance between maximum performance and minimum energy consumption. To implement the approach, a monitoring system that collects energy consumption and temperature metrics of key server components in real time has been implemented. A specialized analysis tool that allows you to correlate monitoring data with the results of load testing has been created. Calculated performance and energy efficiency coefficients for various settings are presented.</p>

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Comparative Analysis of the Performance and Energy Efficiency of JINR-T1 Grid-Site Worker Nodes Configuration Profiles

  • A. O. Golunov,
  • A. O. Golunov,
  • S. S. Parzycki

摘要

Abstract

The paper proposes an integrated approach to configuring low-level server software for resource-intensive tasks of processing physical experiment data, in order to achieve a balance between maximum performance and minimum energy consumption. To implement the approach, a monitoring system that collects energy consumption and temperature metrics of key server components in real time has been implemented. A specialized analysis tool that allows you to correlate monitoring data with the results of load testing has been created. Calculated performance and energy efficiency coefficients for various settings are presented.