ECP's Exa-PAPI project is developing a new performance application programming interface, named PAPI++, by taking advantage of modern C++ programming language features.
A few research project leaders share what they hope exascale computing will make possible.
Delving into the impact of exascale computing, HPCwire conveys the views of ten ECP project leaders concerning their aspirations for the Frontier system.
Delving into the impact of exascale computing, HPCwire conveys the views of ten ECP project leaders concerning their aspirations for the Frontier system.
HPCwire interviews Jack Wells, director of science for the Oak Ridge Leadership Computing Facility and the Titan and Summit supercomputers at Oak Ridge National Laboratory.
Jordan Musser of the National Energy Technology Laboratory and ECP is among more than 300 early-career researchers to earn a prestigious White House award.
Conferences focused on problems in multidisciplinary coupling and computational methods were the settings for presentations on ECP's ExaAM project.
E3SM-MMF principal investigator Mark Taylor recently shared how exascale computing is likely to impact the development of global Earth system models.
A Q&A shares the thoughts of John Shalf of Lawrence Berkeley National Laboratory about what high-performance computing may be like after Moore's Law ends.
Tom Evans, technical lead for ECP's Energy Applications projects, shares about the motivations, progress, and aspirations on the path to the exascale.
ECP's Exa-PAPI project is developing a new performance application programming interface, named PAPI++, by taking advantage of modern C++ programming language features.
An article on phys.org by Ariana Tantillo of Brookhaven National Laboratory (BNL) describes team activities during the recent OpenMP hackathon at BNL.
The Computational Science Initiative at Brookhaven National Laboratory will host its 3rd GPU Hackathon, a free event, on September 23–27.
A few research project leaders share what they hope exascale computing will make possible.
The work of a project team in what is called lattice quantum chromodynamics is a critical complement to experimentation in particle and nuclear physics.
Higher resolution and deeper insight along with much faster information delivery are ways exascale computing could improve imaging at X-ray free-electron laser facilities.
The leader of a project that plans to simulate all aspects of a fusion energy reactor said exascale computing capability will transform the effort.
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