Dynamic Task Scheduling for the Uintah Framework.
2012 SC Companion High Performance Computing, Networking Storage and Analysis（2012）
关键词
application program interfaces,data structures,message passing,multi-threading,processor scheduling,shared memory systems,CPU core counts,DoE Jaguar XK6 system,GPU computational tasks,Keeneland,MPI-free user-coded tasks,TitanDev,Uintah framework,adaptive mesh refinement,asynchronous out-of-order scheduling,asynchronous task execution,coprocessors,fluid-structure interaction problems,heterogeneous systems,hybrid runtime system,lock-free data structures,multithreaded runtime system,on-node accelerators,shared memory model on-node,structured adaptive grids,unified heterogeneous task scheduling,unified multithreaded MPI task scheduler design
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