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multiscale_universal_interface [2014/11/01 11:47]
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multiscale_universal_interface [2014/11/01 11:47] (current)
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 +===== Multiscale Universal Interface =====
 +
 Concurrently coupled numerical simulations using heterogeneous solvers are powerful tools for modeling multiscale phenomena. However, major modifications to existing codes are often required to enable such simulations,​ posing significant difficulties in practice. The Multiscale Universal Interface (MUI) aims to facilitate the coupling effort for a wide range of multiscale simulations. The library adopts a header-only form with minimal external dependency and hence can be easily dropped into existing codes. A //data sampler// concept is introduced, combined with a hybrid dynamic/​static typing mechanism, to create an easily customizable framework for solver-independent data interpretation. The library integrates MPI MPMD support and an asynchronous communication protocol to handle inter-solver information exchange irrespective of the solvers'​ own MPI awareness. Template metaprogramming is heavily employed to simultaneously improve runtime performance and code flexibility. Concurrently coupled numerical simulations using heterogeneous solvers are powerful tools for modeling multiscale phenomena. However, major modifications to existing codes are often required to enable such simulations,​ posing significant difficulties in practice. The Multiscale Universal Interface (MUI) aims to facilitate the coupling effort for a wide range of multiscale simulations. The library adopts a header-only form with minimal external dependency and hence can be easily dropped into existing codes. A //data sampler// concept is introduced, combined with a hybrid dynamic/​static typing mechanism, to create an easily customizable framework for solver-independent data interpretation. The library integrates MPI MPMD support and an asynchronous communication protocol to handle inter-solver information exchange irrespective of the solvers'​ own MPI awareness. Template metaprogramming is heavily employed to simultaneously improve runtime performance and code flexibility.
  
 [[http://​www.cfm.brown.edu/​repo/​release/​MUI/​]] [[http://​www.cfm.brown.edu/​repo/​release/​MUI/​]]

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