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Learn how modern C++ standards have evolved to support high-performance computing applications in this seminar presentation by Dr. Tom Deakin from the University of Bristol. Discover the parallel programming capabilities introduced in C++17 and subsequent standards, including built-in parallel patterns for shared-memory and accelerated computing that can serve as alternatives to traditional HPC APIs like MPI and OpenMP. Explore recent C++ features specifically relevant to HPC development, such as standard parallel algorithms, mdspan for multidimensional array access, linear algebra libraries (linalg), and execution policies. Examine real-world applications and research findings from Dr. Deakin's group on implementing these modern C++ features in HPC contexts. Understand the current limitations of C++ for HPC applications and gain insights into the future direction of standards-based parallel programming, moving beyond the traditional approach of adding parallelism through external frameworks to leveraging native language capabilities.
