See how thread scheduling already works in multithreads and multicores - that'd work to run programs that weren't initially written to be parallel. As in the same method would work; don't try to figure out how to carve up the code so you know to run x bit when y part is finished, write it in general (with eg the MPI) so that it executes in the same way job scheduling works like. Which they probably do anyway, but I see a lot of worries about parallel migration showing up in the literatures.
See how thread scheduling already works in multithreads and multicores - that'd work to run programs that weren't initially written to be parallel. As in the same method would work; don't try to figure out how to carve up the code so you know to run x bit when y part is finished, write it in general (with eg the MPI) so that it executes in the same way job scheduling works like. Which they probably do anyway, but I see a lot of worries about parallel migration showing up in the literatures.
randomlaughingman 2 years ago