Biologically inspired architectures create opportunities and obstacles.
A University of Washington DOE early-career-awardee, with techniques called verified lifting and stencil programming, aims to boost speeds in climate models and other HPC simulations.
Lawrence Livermore National Laboratory’s time-saving HPC tool eases the way for next era of scientific simulations.
Berkeley Lab prepares for quantum-classical computing future.
Casper code helps move data invisibly.
PNNL-led Analysis in Motion group comes up with algorithms that assist real-time interactions with data.
Trillion-particle simulations take on the biggest big-data problems that exist.
A University of Utah team is turning to high-performance computing to design a clean oxy-coal boiler.
PETSc, a library of ready-to-use high-performance computing software, is gaining renown for its simulation-tackling tools.
Data efficiency blooms with the ROSE Framework.