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Create an artificial example demonstrating the load-balancing benefits. We envision an integration time step of a grid (1-D or 2-D) consisting of two stages during the time stepping:
A 'background' time step process that has uniform performance across the mesh, representing the transport calculations in CFD.
A 'signal' process that is more random and unpredictable across the mesh, representing chemistry and thermodynamics that should be balanced
These different performance signatures can be achieved by halting the process for particular amount of time, or some other way (e.g. doing a useless numerical calculation). We use a simple Cartesian MPI parallel setup for the toy model representing the mesh partitioning based on fluid transport balancing.
Create a documented program that runs this toy model and a program that balances the model using quicklb, showcasing the capabilities of the library.
The text was updated successfully, but these errors were encountered:
Create an artificial example demonstrating the load-balancing benefits. We envision an integration time step of a grid (1-D or 2-D) consisting of two stages during the time stepping:
These different performance signatures can be achieved by halting the process for particular amount of time, or some other way (e.g. doing a useless numerical calculation). We use a simple Cartesian MPI parallel setup for the toy model representing the mesh partitioning based on fluid transport balancing.
Create a documented program that runs this toy model and a program that balances the model using quicklb, showcasing the capabilities of the library.
The text was updated successfully, but these errors were encountered: