CCProf: Lightweight Detection of Cache Conflicts
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Updated
Apr 8, 2021 - C
CCProf: Lightweight Detection of Cache Conflicts
AI-powered C code optimizer demonstrating 2.3× performance gains through SIMD vectorization, cache blocking, and algorithmic improvements. Proof that AI optimizes better than humans.
Matrix multiplication using cache memory optimizations.
ECE552: Computer Architecture — Fall 2020.
Optimisation HPC et analyse de performances d'un noyau de calcul pour le compilateur GCC avec MAQAO.
Empirical L1 cache characterisation of four quantitative finance kernels (Cholesky, Monte Carlo, GARCH, GEMM) on AMD EPYC using PAPI hardware counters
Demonstrating HPC performance optimization. Took a naive N-body MD simulation from 872s → 27.4s on AMD EPYC 7742 (Zen 2) using cache-aware programming, loop fusion, and compiler tuning. No parallel code, pure single-core optimization.
optimised star sim which can run for a variable number of in sim years and variables number of stars orbiting a central blackhole
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