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As we general gain on flexibility, debugability and explainability compared to fortran/c++ solutions, it would be good to know how much speed offer for this.
For this, we should first look at good fortran/cpp solution of e.g. a Random Walk and what exactly they do implement, fix different size and other constrains for the simulation (different hardware, too) before we measure both solutions.
Furthermore, configuring a GPU-executer for speed-comparison would be nice to have.
find a nice (simple, still not rivial, good quality) fortran/cpp simulation
define different hardware and test sizes for comparism
implement and test our solution
compare spped
configure gpu-executor and compare speed
The text was updated successfully, but these errors were encountered:
As we general gain on flexibility, debugability and explainability compared to fortran/c++ solutions, it would be good to know how much speed offer for this.
For this, we should first look at good fortran/cpp solution of e.g. a Random Walk and what exactly they do implement, fix different size and other constrains for the simulation (different hardware, too) before we measure both solutions.
Furthermore, configuring a GPU-executer for speed-comparison would be nice to have.
The text was updated successfully, but these errors were encountered: