...  @@ 35,8 +35,8 @@ the communication cost (_Generate graph model_). The requirement of balanced com 
...  @@ 35,8 +35,8 @@ the communication cost (_Generate graph model_). The requirement of balanced com 

minimal communication then translates to an optimization problem of


minimal communication then translates to an optimization problem of


finding a graph partitioning where each group contains the same sum of


finding a graph partitioning where each group contains the same sum of


weights, and the sum of the cut edges is minimal (_Find optimal decomposition_). As final step


weights, and the sum of the cut edges is minimal (_Find optimal decomposition_). As final step


the decomposition can be postprocess further more to be more optimal and based on factors not considered by the optimization process, like merging vertex, or merging subsubdomain, to create bigger subdomains.


the decomposition can be postprocess further more to be more optimal and based on factors not considered by the optimization process, like merging vertex (subsubdomain) to create bigger subdomains.


Even if a model decomposition it is not bind to a graph model it is true that until now it is the best approach in scientific computation


Even if a model decomposition it is not bind to a graph model it is true that until now seem to be the best approach in scientific computation






* CartDecomposition [(doc)](CartDecomposition)[(API reference)](http://ppmcore.mpicbg.de/doxygen/openfpm_pdata/classCartDecomposition.html)


* CartDecomposition [(doc)](CartDecomposition)[(API reference)](http://ppmcore.mpicbg.de/doxygen/openfpm_pdata/classCartDecomposition.html)





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