Clover: A Trifecta of Vendor-Agnostic, GPU-Accelerated Numerical Libraries
ECP's CLOVER project has brought GPU acceleration to three foundational math libraries to enable high performance on exascale supercomputers....
ECP's CLOVER project has brought GPU acceleration to three foundational math libraries to enable high performance on exascale supercomputers....
Numerical libraries significantly impact scientific computing, helping researchers improve the speed and accuracy of modeling and simulation....
The ExaBiome project harnesses high-performance computing resources to go from raw metagenomic sequencing data to biological insight....
The PETSc software library has passed the test of time in creating a sustainable, high-performance library for scientific computation....
QMCPACK can model the electronic structures of materials with new levels of speed and accuracy to quicken the pace of discovery....
E3SM-MMF is like weather forecasting software except that it models weather over a long period for computing climate statistics....
The goal of the ATDM OS/R project is to augment and optimize existing operating system and runtime (OS/R) components for production high-performance...
Visualization and analysis on any high-performance computing system faces a last-mile problem in which the potential of the resource can only be ...
To ensure that simulation codes from the National Nuclear Security Administration’s (NNSA’s) Advanced Simulation and Computing (ASC) program are ready...
ExaAM aims to leverage exascale computing to enable the routine use of additive manufacturing to build unique, qualifiable metal alloy parts....
The WDMApp team is developing a fusion reactor whole device modeling method to predict physics, optimize design, and fill in experiment gaps....
Chemical looping reactors hold promise for reducing industrial carbon dioxide emissions through carbon capture and storage technologies....