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A simple minded approach to implement three discretizations of the Diracoperator (staggered, Wilson, Brillouin) on two architectures (KNL and core i7)is presented. The idea is to use a high-level compiler along with OpenMPparallelization and SIMD pragmas, but to stay away from cache-line optimizationand/or assembly-tuning. The implementation is for N_v right-hand-sides, andthis extra index is used to fill the SIMD pipeline. On one KNL node singleprecision performance figures for N_c=3, N_v=12 read 475 Gflop/s, 345 Gflop/s,and 790 Gflop/s for the three discretization schemes, respectively.

Three Dirac operators on two architectures with one piece of code and no hassle