With the advent of the exascale supercomputing era, computational scientists can run simulations at higher resolutions, add more detailed physical ...
The Pagoda Project researches and develops software that programmers use to implement high-performance applications using the Partitioned Global ...
Performance, portability, and broad functionality are all key features of the AMReX software framework...
ExaWorks is an Exascale Computing Project (ECP)–funded effort that provides access to hardened and tested workflow components ...
The E4S framework saves both time and money, makes the ECP software available to the world, and addresses build and installation problems....
ECP’s DataLib project develops software to help scientists use storage and very large volumes of data as part of their activities....
An ECP team is ensuring that the forthcoming Message Passing Interface specification serves high-end systems and the entire community....
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....
