The Linux Basis has introduced its intent to type a brand new subgroup devoted to advancing excessive efficiency computing (HPC), which is the apply of mixing a number of computing sources to power-intensive computing calculations.
Based on the group, the Excessive Efficiency Software program Basis (HPSF) will “construct, promote, and advance a conveyable software program stack for prime efficiency computing (HPC) by growing adoption, reducing limitations to contribution, and supporting growth efforts.”
Particularly, the HPSF will present builders with steady integration sources, turnkey software program stacks, structure help, and efficiency regression testing and benchmarking.
The Linux Basis defined that HPC has actually taken off due to the growing adoption of scientific computing and AI. By offering a impartial area for HPC tasks, the group hopes that trade, academia, and governments will have the ability to collaborate on the scientific software program stack.
The HPSF will make use of investments into HPC by the USA Division of Power’s (DOE) Exascale Computing Mission (ECP), the EuroHPC Joint Endeavor, and different worldwide tasks. The group additionally already has the help of the next trade leaders: Amazon Net Companies, Argonne Nationwide Laboratory, CEA, CIQ, Hewlett Packard Enterprise, Intel, Kitware, Lawrence Berkeley Nationwide Laboratory, Lawrence Livermore Nationwide Laboratory, Los Alamos Nationwide Laboratory, NVIDIA, Oak Ridge Nationwide Laboratory, Sandia Nationwide Laboratory, and the College of Oregon.
The brand new group will create a technical advisory committee (TAC) that manages varied working teams for various parts associated to HPC. The Linux Basis mentioned that it will likely be working with founding members by early subsequent yr to find out a selected construction and governance mannequin. The HPSF is anticipated to formally launch in Could 2024.
At launch, there are 10 open-source tasks that will probably be part of the HPSF, together with: Spack, an HPC bundle supervisor; Kokkos, a programming mannequin for C++; and AMReX, a software program framework for fixing partial differential equations.
“The excessive efficiency computing neighborhood has distinctive necessities that require a versatile and open atmosphere to sort out the world’s greatest challenges,” mentioned Trish Damkroger, senior vice chairman and chief product officer for HPC, AI & Labs at Hewlett Packard Enterprise. “We stay up for enjoying a management function and are dedicated to actively taking part in HPSF. Reducing the barrier to entry in HPC and broadening entry to supercomputers by a vibrant open supply neighborhood will speed up innovation and future breakthroughs.”
