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#libxsmm — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #libxsmm, aggregated by home.social.

  1. Amazing work from Sarah El-Kazdadi. #LibXSMM has become standard for applications needing small, dense matrix multiply/tensor contraction. It uses JIT, which was widely believed to be necessary to achieve high performance in this domain. Sarah's new library, #nanogemm, is competitive or better without JIT (modulo a caveat about padding). #Rust #HPC #GEMM

    sarah-ek.veganb.tw/blog/nano-g

  2. Amazing work from Sarah El-Kazdadi. #LibXSMM has become standard for applications needing small, dense matrix multiply/tensor contraction. It uses JIT, which was widely believed to be necessary to achieve high performance in this domain. Sarah's new library, #nanogemm, is competitive or better without JIT (modulo a caveat about padding). #Rust #HPC #GEMM

    sarah-ek.veganb.tw/blog/nano-g

  3. Amazing work from Sarah El-Kazdadi. has become standard for applications needing small, dense matrix multiply/tensor contraction. It uses JIT, which was widely believed to be necessary to achieve high performance in this domain. Sarah's new library, , is competitive or better without JIT (modulo a caveat about padding).

    sarah-ek.veganb.tw/blog/nano-g

  4. Amazing work from Sarah El-Kazdadi. #LibXSMM has become standard for applications needing small, dense matrix multiply/tensor contraction. It uses JIT, which was widely believed to be necessary to achieve high performance in this domain. Sarah's new library, #nanogemm, is competitive or better without JIT (modulo a caveat about padding). #Rust #HPC #GEMM

    sarah-ek.veganb.tw/blog/nano-g

  5. Amazing work from Sarah El-Kazdadi. #LibXSMM has become standard for applications needing small, dense matrix multiply/tensor contraction. It uses JIT, which was widely believed to be necessary to achieve high performance in this domain. Sarah's new library, #nanogemm, is competitive or better without JIT (modulo a caveat about padding). #Rust #HPC #GEMM

    sarah-ek.veganb.tw/blog/nano-g