OpenMP* and the Future of Scientific Computing OpenMP* and the Future of Scientific Computing.. Composability facilitates the use of SYCL libraries together with OpenMP and MPI with minimal changes.

#IXPUG: Scale parallel offload acceleration from laptop to exascale supercomputing with the latest #OpenMP features and enhanced #OpenMP composability to ensure seamless highly performant multi-node parallelism between #MPI, OpenMP and #SYCL.

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Deepen the Understanding of Light-Matter Interaction Deepen the Understanding of Light-Matter Interaction. Accelerate high-performance computing HPC with mixed precision oneMKL, OpenMP and MPI

#IXPUG : Leverage hierarchical parallelism and strategic workload allocation on CPU & GPU with #OpenMP and #MPI. Achieve deep understanding of light-matter interaction faster by applying #oneMKL mixed precision with BF16 for #HPC and not just #AI.

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Unified Joint Matrix SYCL* Extension What if we had a unified interface for matrix and tensor operations compatible with SPIR-V cooperative matrix extensions, made it part of SYCL, and thus made it available to a wide variety of hardwar

#IXPUG Unified Joint Matrix #SYCL Extensions in #oneAPI tools provide a #SPIRV compatible path to high performance open multiarchitecture abstraction for diverse matrix hardware.

Get the best #AI & #HPC offload performance
#XMX #AMX

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