EE HPC WG: SC'

2023

• Panel: Carbon-Neutrality, Sustainability, and HPC

  • Presentations

• BoF: First steps towards adopting direct liquid cooled HPC

  • Introduction

  • Liquid Cooling at NASA Ames 

  • Liquid Cooling at Queens University

• BoF:  Community-Driven Efforts to enabled Unified Power Management HPC System Stacks

• BoF:  The Green500: Trends in Energy-Efficient Supercomputing

• BoF:  Operational Data Analytics

2022

• BoF "Community-Driven Efforts for Energy Efficiency in HPC Software Stack"

  • • • Introduction and PowerAPI Update

      • LLNL PowerStack Perspective

      • REGALE: An open architecture to equip next generation HPC applications with exascale capabilities

      • Lessons Learned while Integrating Job-level runtimes into the PowerStack

      • Fugaku Power Management

• BoF "Carbon-neutrality and HPC"

  • • • RIKEN/Japan‘s activities for carbon neutral in HPC

• BoF "Liquid Cooling Adoption: Roadblocks and Key Learnings"

  • • • Liquid Cooling for HPC - National Renewable Energy Lab

      • Liquid Cooling at Argonne Leadership Computing Facility

      • Max Planck Computing and Data Facility Direct Liquid Cooling

      • Direct Liquid Cooling and the Leibniz Supercomputing Center (LRZ)

• BoF "The Green500: Trends in Energy-Efficient Supercomputing"

  • • • Power Measurement: Current Practice, Feedback, and Implications for Methodology

      • Frontier: Exceeding an Exaflop With the High Performance Linpack Benchmark

• BoF "Operational Data Analytics - Drowning in Data"

  • • • Introduction

      • Sandia National Laboratory HPC Monitoring and Analysis with AppSysFusion

      • Where the River Meets the Ocean:  Coupling Facilities Data with Extreme-Scale  HPC Telemetry Data

      • Operational Data Analytics for HPC Energy Efficiency:  “The cost of staying afloat”

• Panel "Facing the Unexpected:  Disaster Management Capabilities"

  • • • Recording 

2021

• BoF:  Operational Data Analytics

• BoF:  Liquid Cooling Challenges and Facility Experiences: What's Next?

• BoF:  Emerging Challenges for HPC System and Facility Electrical Distribution Systems

• BoF:  Community-Driven Efforts for Energy Efficiency in HPC Software Stack

• BoF:  The Green 500: Trends in Energy-Efficient Supercomputing

  • • • Preferred Networks Green500 #1 with L3 Measurement, Yusuke Doi 

      • Status of L1/L2/L3 Measurements, Natalie Bates

      • Green500 Submission at TU Dresden, Thomas Ilsche

• Panel:  Reproducibility in HPC: Passing Fad or a Work in Progress?

2020

2020.11.17_1600_BoF180_BoF_Bates_Natalie.mp4

SC20-Green500-BoF-LichtenbergII.mp4

2019

sc19_05_1150_1230_impressions_from_5_years_of_oil-based_liquid_immersion_cooling_hofinger.pdf

sc19_01_915_1000_hpc_energy_efficiency_in_the_exascale_era.pdf

sc19_02a_1030_1115_-sc19_team_torsten.pdf

sc19_02b_1030_1115_-sc19_team_updates.pdf

sc19_03_1115_1150_grid_accommodation_of_dynamic_hpc_demand_stewart.pdf

sc19_04_1115_1150_grid_integration_team_update_-koenig.pdf

sc19_06_1150_1230_sc19_novei_cooling_-martinez.pdf

sc19_07_200_300_pre-exa_and_exascale_challanges_-cavazonni.pdf

sc19_08_200_300_facility_enhancement_and_operation_for_fugaku_shoji_riken.pdf

sc19_09_200_300_the_challenges_of_exascale_capable_facilities_rogers.pdf

sc19_10_330_425_manufacturing_variability_in_hpc.pdf

sc19_11_425_525_operational_data_analytics_ott_bourassa.pdf

sc19_bof_aimos.pdf

sc19_bof_astra.pdf

sc19_bof_fujitsu.pdf

sc19_bof_green500.pdf

sc19_bof_hpc_procurements.pdf

sc19_bof_oda_eni_green_data_center.pdf

sc19_bof_operational_data_processing_pipeline.pdf

sc19_bof_with_big_data_comes_big_responsibility.pdf

sc19_panel_hpc_big_data.pdf

sc19_powerapi_hpc.pdf

sc19_powerapi_proposal.pdf

2018

sc18_bof_data_abdulla.pdf

sc18_bof_data_bartolini.pdf

sc18_bof_data_takano.pdf

sc18_bof_epa_jsrm_jana.pdf

sc18_bof_epa_jsrm_ott.pdf

sc18_bof_epa_jsrm_patki.pdf

sc18_bof_epa_jsrm_pedretti.pdf

sc18_bof_green500_ogawa.pdf

sc18_bof_green500_rogers.pdf

sc18_bof_green500_torii.pdf

sc18_bof_lig_cool_sartor.pdf

sc18_bof_power_api_redfish_wilde.pdf

sc18_bof_procurement_amb.pdf

sc18_bof_procurement_hanawa.pdf

sc18_bof_procurement_huber.pdf

sc18_bof_procurement_martinez.pdf

sc18_ee_hpc_wg_report.pdf

sc18_workship_analytics_bartolini.pdf

sc18_workship_analytics_bourassa.pdf

sc18_workship_forecasting_adbulla.pdf

sc18_workship_install_grant.pdf

sc18_workship_install_huber.pdf

sc18_workship_install_martinez.pdf

sc18_workship_install_new.pdf

sc18_workship_intro_wilde.pdf

sc18_workship_power_loncaric.pdf

sc18_workship_quantum_loncaric.pdf

sc18_workship_software_all.pdf

sc18_workship_state_bates.pdf

sc18_workship_thermo_shoga.pdf

sc18_workship_thermo_sickenger.pdf

sc18_workshop_keynote_matsuoka.pdf

2017

sc17_bof_1715_1_intro.pdf

sc17_bof_1715_2_powerapi_overview.pdf

sc17_bof_1715_3_redfish_overview.pdf

sc17_bof_1715_4_geopm_overview.pdf

sc17_bof_1715_5_powerapi_user_experiences.pdf

sc17_bof_1715_6_geopm_llnl_experience.pdf

sc17_bof_1715_7_geopm_stfc_experience.pdf

sc17_bof_aaa_procurement_111017_rev_1_4.pdf

sc17_bof_epa_jsrm.pdf

sc17_bof_green500.pdf

sc17_bof_liquid_cooling_commissioning.pdf

sc17_bof_methodology_2_0rc1.pdf

sc17_bof_software_energy_efficiencyl.pdf

sc17_bof_tco_procurement.pdf

sc17_bof_whitepaper_lcc_data_inputs_061017.pdf

sc17_research_poster.pdf

sc17_workshop_0900_intro_wilde.pdf

sc17_workshop_0915_keynote_bland.pdf

sc17_workshop_1030_teams_bates.pdf

sc17_workshop_1120_cineca.pdf

sc17_workshop_1120_nersc.pdf

sc17_workshop_1120_riken.pdf

sc17_workshop_1120_stfc.pdf

sc17_workshop_1330_grid_patterson.pdf

sc17_workshop_1530_exascale_ang.pdf

sc17_workshop_1600_arm_rusitoru.pdf

sc17_workshop_1600_geopm_eastep.pdf

sc17_workshop_1600_readex_gocht.pdf

2016

052317_sc16_gilly_future.pdf

sc16_bailey_closure.pdf

sc16_dc_final.pdf

sc16_dube_architecture.pdf

sc16_gara_architecture.pdf

sc16_gilly_future.pdf

sc16_laros_eastep_benson_api.pdf

sc16_lindenstruth-energyefficiencyeconomics-final.pdf

sc16_loncaric-energyefficiencyeconomics-final.pdf

sc16_martin_workload.pdf

sc16_patterson_future.pdf

sc16_procurement_bof_final.pdf

sc16_reed-energyefficiencyeconomics-final.pdf

sc16_sartor_future.pdf

sc16_schulthess_keynote.pdf

sc16_wade_architecture.pdf

2014

San Diego Supercomputer Center  Data Center & Grid Integration

EEHPC WG SC’14 Workshop SESSION 1: System Measurement  Torsten Wilde (LRZ)

The L-CSC cluster: An AMD-GPU-based cost- and power-efficient multi-GPU system for Lattice-QCD calculations at  GSI

POWER-AWARE RESOURCE MANAGER Maximizing Data Center Performance Under Strict Power Budget

Measuring Energy Efficiency for an HPC Center Ghaleb Abdulla

Demand Response  Interface to datacenters beyond HPC  Deva Bodas Intel Corporation

Node Power Consumption Variability

HPC Interconnect Power Measurement

AN ENERGY-EFFICIENT AND MASSIVELY PARALLEL APPROACH TO VALID NUMERICS  John L. Gustafson, Ph.D.

Timestamps and Clocks  Energy Efficient HPC: Procurement Considerations

System Measurement:  Workload phase  Thomas R. W. Scogland (LLNL/CASC)

Energy Efficiency Considerations  for HPC Procurement  Cray Inc. Response, Steven J. Martin

Designing for Liquid Cooling Presented by: Dr. Josip Loncaric, LANL

Wu Feng 16th Green 500

Re-Visiting Power  Measurement for the  Green500  Thomas R. W. Scogland

The Drive for Energy Efficiency in HPC, Dona Crawford

https://drive.google.com/file/d/1jVy_1fQITSMxUxGG0gLHK5tjsfqbZtw5/view?usp=sharing

AMD POWER MANAGEMENT GREG RODGERS

Temperature Measurements, Chung-Hsing Hsu

Erich Strohmaier, Wu Feng,METHODOLOGIES FOR MEASURING POWER

Energy Efficiency Considerations for HPC Procurement Documents: 2014  James H. Laros III Sandia National Laboratories

Dynamic Power Management for Megawatt-Sized Supercomputer Centers  Tapasya Patki LLNL & The University of Arizona

Facebook and Open Compute Designing for efficiency and scale  Charlie Manese Infrastructure Engineering

2013

Beacon: A Path to Energy-Ef3icient HPC  R. Glenn Brook 

Total-Power Usage Effectiveness on SuperMUC  A feasibility study...  Herbert Huber, Axel Auweter

Bytes and BTUs: Keys to a Net Zero Data Center  1  Steve Hammond NREL

Highlights of Early Facility Experience at the  New High Efficiency NCAR  Wyoming Supercompu?ng Center  Aaron Andersen

Erich Strohmaier, Lawrence Berkeley National Laboratory and TOP500  Wu Feng, Virginia Tech and Green500

New Modular Green Data Center combining various energy-saving  technologies  Satoshi Itoh,  Director of ITRI (Information Technology Research Institute), AIST (National Institute of Advanced Industrial Science and  Technology)

Total-power Usage Effectiveness (TUE) Sequoia Case Study  Supercomputing 2013  Anna Maria Bailey, PE

TUE, a new energy-efficiency metric applied at ORNL's Jaguar  Michael K Patterson, PhD, PE, DCEP

New ASHRAE Thermal Guidelines for Air and Water Cooling Michael J. Ellsworth, Jr., P.E. Senior Technical Staff Member IBM Corporation

Michael K Patterson, PhD, PE  Exascale System Architecture Pathfinding  Intel Corporation

How to Calculating ITUE: A Personal Experience Chung-Hsing Hsu, ORNL

2012

BAILEY Webinar 20/9/2012

MAYO Webinar 12/06

RAMIREZ Webinar 12/11

TSCHUDI + MARTINEZ Webinar 11/11/12