Improving the sustainability of supercomputing provides many opportunities when the end-to-end cycle is considered. From the design of computational circuits and systems; to the power and cooling that is used to operate them, along with the suite of software tools used to administrate, maintain, and raise operational efficiency of HPC systems. All elements of the system must be considered, from compute nodes and interconnects, to IO and storage components of the system.

Important Information

We solicit papers on all topics related to sustainable supercomputing, from data centres to hardware, and for system software to applications. Topics of interest include, but are not limited to the following:

• Energy efficient hardware for HPC & AI (design, performance, usability)

• Embodied carbon, system lifecycle and circular economy studies

• Sustainable data centre operation and design

• System software for managing and optimising power/energy and utilisation/throughput

• Power monitoring, system and data centre telemetry

• Whole system workload energy/power efficiency analysis and optimisation

• Application-level efficiency analysis and optimisation

Please go to this page for more details of creating a submission INFO for Authors 

AGENDA

8.30 Introduction

8.35 - 9.20 Keynote : Adrian Jackson, EPCC  – Introduction to a new AI inference benchmark framework https://www.teasbench.com/, analysing performance, cost and energy of various accelerators under different workloads

9.20-9.40 : EcoShift: Performance-Aware Power Management for Power-Constrained Heterogeneous Systems

9.40-10.00 : From GPU-Accelerated Systems to Modern NVIDIA and AMD Superchips: Analyzing Energy and Power of a Heterogeneous SYCL Application

10.00-10.30 Coffee break

10.30-10.50 : Compositional Energy Modeling of Layer-Resolved GPU Training

10.50-11.10 : The Economic Value of Heat Reuse

11.10-11.30 : Fast and Accurate ML Surrogates from Simulation: An HPC Liquid-Cooling Models Case Study

11.30-11.50 : Per-Job GPU Frequency Selection for Production Density Functional Theory from Submission Inputs

11.50-12.00 : Does New Hardware Improve Carbon Impact of HPC systems?