Technical Highlights

Alpine/ZFP Addresses Analysis, Visualization, And Data Reduction Needs For Exascale Science Applications

With the advent of the exascale supercomputing era, computational scientists can run simulations at higher resolutions, add more detailed physical ...

Pagoda Updates PGAS Programming With Scalable Data Structures And Aggressively Asynchronous Communication

The Pagoda Project researches and develops software that programmers use to implement high-performance applications using the Partitioned Global ...

AMREX: A Performance-Portable Framework For Block-Structured Adaptive Mesh Refinement Applications

Performance, portability, and broad functionality are all key features of the AMReX software framework...

ExaWorks Provides Access to Community Sustained, Hardened, and Tested Components to Create Award-Winning HPC Workflows

ExaWorks is an Exascale Computing Project (ECP)–funded effort that provides access to hardened and tested workflow components ...

E4S — Much More than Just the Delivery Vehicle for Hardened and Robust HPC Libraries and Tools

The E4S framework saves both time and money, makes the ECP software available to the world, and addresses build and installation problems....

DataLib Innovates with Some of the Most Successful Storage and I/O Software in the DOE Complex

ECP’s DataLib project develops software to help scientists use storage and very large volumes of data as part of their activities....

MPI Updates Parallel Capabilities for State-of-the-Art Leadership-Class Supercomputers and the Broader HPC Community

An ECP team is ensuring that the forthcoming Message Passing Interface specification serves high-end systems and the entire community....

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....

SUNDIALS and hypre: Exascale-Capable Libraries for Adaptive Time-Stepping and Scalable Solvers

Numerical libraries significantly impact scientific computing, helping researchers improve the speed and accuracy of modeling and simulation....

ExaBiome: Gordon Bell Finalist Research Infers the Functions of Related Proteins with Exascale-Capable Homology Search

The ExaBiome project harnesses high-performance computing resources to go from raw metagenomic sequencing data to biological insight....

PETSc/TAO: How to Create, Maintain, and Modernize a Numerical Toolkit throughout Decades of Supercomputer Innovations

The PETSc software library has passed the test of time in creating a sustainable, high-performance library for scientific computation....

High-Accuracy, Exascale-Capable, Ab Initio Electronic Structure Calculations with QMCPACK: A Use Case of Good Software Practices

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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