The Department of Energy intends to invest $30M in research efforts on artificial intelligence and machine learning for system management and science projects.
The Trump administration has partnered withNVIDIA, semiconductor manufacturerAMD and the National Science Foundation-sponsored National Center for Atmospheric Research Wyoming Supercomputer Center in an effort to leverage high-performance computing to aid COVID-19 research.
Several U.S. government, commercial and academic organizations have vowed to provide high-performance computing resources to support COVID-19 research and development efforts worldwide through a newly formed public-private consortium.
AVerizon business unit has partnered with Pacific Northwest National Laboratory to install the former’s 5G network into the Department of Energy lab to assess potential 5G applications in analytics and public safety operations.
Hewlett Packard Enterprise has partnered with the National Nuclear Security Administration to deploy an exascale computer to the Department of Energy’s Lawrence Livermore National Laboratory in California for nuclear stockpile modernization initiatives.
General Atomics researchers have developed a machine learning-based approach to measuring the nuclear fusion uncertainty levels of the DIII-D tokamak device in San Diego.
Jamie Brown, director of global government affairs at Tenable, wrote in a blog post published Wednesday that public-private partnerships could help improve coordination to ensure the security of the electric grid.
Government leaders and executives from Cloudera discussed five steps agencies can implement to counter cyber threats using artificial intelligence and one of those is establishing data governance and standards, GovLoop reported.
Rob Johnson, owner of Portland, Ore.-based marketing and communications consulting firm Fine Tuning, wrote in a Federal News Network commentary piece published Wednesday about the Aurora exascale computing system of the Department of Energy's Argonne National Laboratory and how it could help advance research across medicine, engineering, chemistry and other scientific disciplines.