With the advent of the exascale supercomputing era, computational scientists can run simulations at higher resolutions, add more detailed physical ...
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The Pagoda Project researches and develops software that programmers use to implement high-performance applications using the Partitioned Global ...
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Performance, portability, and broad functionality are all key features of the AMReX software framework...
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ExaWorks is an Exascale Computing Project (ECP)–funded effort that provides access to hardened and tested workflow components ...
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The E4S framework saves both time and money, makes the ECP software available to the world, and addresses build and installation problems....
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ECP’s DataLib project develops software to help scientists use storage and very large volumes of data as part of their activities....
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An ECP team is ensuring that the forthcoming Message Passing Interface specification serves high-end systems and the entire community....
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ECP's CLOVER project has brought GPU acceleration to three foundational math libraries to enable high performance on exascale supercomputers....
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Numerical libraries significantly impact scientific computing, helping researchers improve the speed and accuracy of modeling and simulation....
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The ExaBiome project harnesses high-performance computing resources to go from raw metagenomic sequencing data to biological insight....
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The PETSc software library has passed the test of time in creating a sustainable, high-performance library for scientific computation....
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QMCPACK can model the electronic structures of materials with new levels of speed and accuracy to quicken the pace of discovery....
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