High Performance Computing I
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First steps with vectors in C |
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First steps with matrices in C |
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Simple cache optimizations |
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Simple cache optimizations for GEMM |
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Cache optimizations for GEMV |
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First steps with C++ |
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Packing matrix blocks for an efficient GEMM (matrix product) implementation. |
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Generic classes, template functions, and static polymorphism |
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Function objects and lambda expressions |
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Unblocked LU factorization |
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More on vector and matrix classes |
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First steps with threads in C++ |
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Mutex and condition variables |
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Thread pools (part one) |
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Thread pools (part two) |
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GEMM with AVX-optimized micro kernels |
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Using MKL-BLAS for LU factorization, improved blocked LU factorization (divide and conquer) |
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Introduction to OpenMP |
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Introduction to MPI |
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Transfer of vector and matrices using MPI |
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Scatter and gather operations, asynchronous communication, two-dimensional grids |
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Distributed matrices (with scatter and gather operations) |
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Distributed GEMM |
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Introduction to CUDA |
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Virtual vs. physical GPU architecture, matrices |
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Global synchronization and two-dimensional aggregation |
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A simple multigrid solver |