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Extensibility and Composability of a Multi-Stencil Domain Specific Framework
2017
International journal of parallel programming
As the computation power of modern high performance architectures increases, their heterogeneity and complexity also become more important. One of the big challenges of exascale is to reach programming models that give access to high performance computing (HPC) to many scientists and not only to a few HPC specialists. One relevant solution to ease parallel programming for scientists is Domain Specific Language (DSL). However, one problem to avoid with DSLs is to mutualize existing codes and
doi:10.1007/s10766-017-0539-5
fatcat:jtlruljuyjdpdjyuvhxjjz7ho4