In April 2025, Computing underwent an External Review Committee assessment, with the theme of “Path to a scalable, flexible computing center capable of integrated HPC, AI, and cloud workloads.” During the assessment Livermore Computing staff and other LLNL HPC experts presented a series of posters about how we’re creating the HPC center of the future here and now. This page archives many of these posters for the LC community.
Poster Index
- ZFS Advancements for Modern Hardware
- Large-Scale Monitoring
- Web Architecture for Artificial Intelligence and Machine-First Uses
- HPC Tools for Performance, Debugging, and Performance Analysis
- SETOSS: Multi-Tenant HPC with Security-Enhanced Linux on TOSS
- LC User Engagement
- mpibind: Mapping Applications to Complex Computer Architectures
- Computing Grand Challenge Program for Open Science
- Seismic Waves Modeling for Underground Chemical Explosions and Earthquakes Using High-Performance Computing
- Better Living Through High-Performance Computing
- Improving LLVM—Applied Compiler R&D
- Extreme Integration: Preparing El Capitan to Deliver on Mission
- Commissioning Infrastructure for El Capitan
- LLNL Unified Storage Namespace
- Evaluating Network Technologies from Prototype to Production
- Building the Tri-Lab Computing Environment
- Facilitating Web Service Deployment in LC’s Cloud Ecosystem
- Flux: Next-Generation Resource Management at Extreme Scale
- MuMMI: Multiscale Machine-Learned Modeling Infrastructure
- Remote Computing Enablement: A Force Multiplier for NNSA HPC
ZFS Advancements for Modern Hardware
Olaf Faaland | PDF
Large-Scale Monitoring
Kathleen Shoga, Matt LeGendre, Ian Lee | PDF
Web Architecture for Artificial Intelligence and Machine-First Uses
John Consolati, Thomas Mendoza, Connor Cook, Urwah Mir | PDF
HPC Tools for Performance, Debugging, and Performance Analysis
Matthew LeGendre | PDF
SETOSS: Multi-Tenant HPC with Security-Enhanced Linux on TOSS
Lindsey Whitehurst, Trent D'Hooge, Jim Foraker | PDF
LC User Engagement
Elsa Gonsiorowski | PDF
mpibind: Mapping Applications to Complex Computer Architectures
Edgar León | PDF
Computing Grand Challenge Program for Open Science
Judy Hill, Ramesh Pankajakshan, Becky Springmeyer, Greg Tomaschke | PDF
Seismic Waves Modeling for Underground Chemical Explosions and Earthquakes Using High-Performance Computing
Arben Pitarka, Ramesh Pankajakshan, Artie Rodgers, Ann-Christin Petersson | PDF
Better Living Through High-Performance Computing
Erik Draeger, Amanda Randles | PDF
Improving LLVM—Applied Compiler R&D
Johannes Doerfert, Kevin Sala Penades, Eric Wright, B. Shan, Ethan McDonough, S. Tian, S. Oliver, R. Gayatri | PDF
Extreme Integration: Preparing El Capitan to Deliver on Mission
Adam Bertsch | PDF
Commissioning Infrastructure for El Capitan
Chris DePrater | PDF
LLNL Unified Storage Namespace
Herb Wartens, Todd Heer, Olaf Faaland | PDF
Evaluating Network Technologies from Prototype to Production
Nathan Hanford | PDF
Building the Tri-Lab Computing Environment
Nicholas Sly | PDF
Facilitating Web Service Deployment in LC’s Cloud Ecosystem
Urwah Mir, John Consolati, Jeff Long, Connor Cook, Todd Heer, Thomas Mendoza, Neil O'Neil, Otto Venezuela, K. Wong | PDF
Flux: Next-Generation Resource Management at Extreme Scale
James Corbett and the Flux team: Albert Chu, Ryan Day, Jim Garlick, Mark Grondona, W. Hobbs, Dan Milroy, Zeke Morton, Chris Moussa, Tapasya Patki, Barry Rountree, Venessa Sochat, Thomas Scogland, Becky Springmeyer, Jae-Seung Yeom | PDF
MuMMI: Multiscale Machine-Learned Modeling Infrastructure
Loïc Pottier, Helgi Ingolfsson | PDF
Remote Computing Enablement: A Force Multiplier for NNSA HPC
Todd Heer, B. Santos, J. Stevenson, Harjot Sidhu, J. Martinez, J. Maurer, John Consolati, N. Jones, A. Warren, et al. | PDF
