文件名称:mpiPopenmp
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采用MPI+OpenMP混合模型设计并实现光化学反应双层并行模拟算法，上层基于MPI实现节点间的原子分解并行,下层基于OpenMP实现节点内的多线程矩阵并行乘法。-With MPI+OpenMP mixed model was designed and implemented The photochemical reaction bunk parallel simulation algorithms, the upper atomic decomposition based on inter-node MPI implementations parallel, the lower based on OpenMP nodes of multithreading matrix parallel multiplication.
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下载文件列表
mpi+openmp程序\mpi+openmp\.makefile.swo
..............\..........\atoms.f90
..............\..........\atoms.mod
..............\..........\atoms.o
..............\..........\btmpi.f90
..............\..........\btmpi.mod
..............\..........\btmpi.o
..............\..........\bubble_sort.f90
..............\..........\bubble_sort.o
..............\..........\calc_urep.f90
..............\..........\calc_urep.o
..............\..........\cent_diff.f90
..............\..........\cent_diff.o
..............\..........\change
..............\..........\cmatraf.f
..............\..........\cmatraf.o
..............\..........\constants.f90
..............\..........\constants.mod
..............\..........\constants.o
..............\..........\dcabs1.f
..............\..........\dcabs1.o
..............\..........\dcopy.f
..............\..........\dcopy.o
..............\..........\decomp.f
..............\..........\decomp.o
..............\..........\definitions.f90
..............\..........\definitions.mod
..............\..........\definitions.o
..............\..........\dft.f90
..............\..........\dft.o
..............\..........\dge.f90
..............\..........\dge.o
..............\..........\dge0.f90
..............\..........\dgemm.f
..............\..........\dgemm.o
..............\..........\dgemv.f
..............\..........\dgemv.o
..............\..........\dger.f
..............\..........\dger.o
..............\..........\dgetf2.f
..............\..........\dgetf2.o
..............\..........\dgetrf.f
..............\..........\dgetrf.o
..............\..........\dgetri.f
..............\..........\dgetri.o
..............\..........\dist.f90
..............\..........\dist.o
..............\..........\dladiv.f
..............\..........\dladiv.o
..............\..........\dlae2.f
..............\..........\dlae2.o
..............\..........\dlaev2.f
..............\..........\dlaev2.o
..............\..........\dlamc1.f
..............\..........\dlamc2.f
..............\..........\dlamc3.f
..............\..........\dlamc4.f
..............\..........\dlamc5.f
..............\..........\dlamch.f
..............\..........\dlamch.o
..............\..........\dlanst.f
..............\..........\dlanst.o
..............\..........\dlapy2.f
..............\..........\dlapy2.o
..............\..........\dlapy3.f
..............\..........\dlapy3.o
..............\..........\dlartg.f
..............\..........\dlartg.o
..............\..........\dlascl.f
..............\..........\dlascl.o
..............\..........\dlasrt.f
..............\..........\dlasrt.o
..............\..........\dlassq.f
..............\..........\dlassq.o
..............\..........\dlaswp.f
..............\..........\dlaswp.o
..............\..........\dlasyf.f
..............\..........\dlasyf.o
..............\..........\dscal.f
..............\..........\dscal.o
..............\..........\dsecnd.f
..............\..........\dsecnd.o
..............\..........\dsterf.f
..............\..........\dsterf.o
..............\..........\dswap.f
..............\..........\dswap.o
..............\..........\dsyr.f
..............\..........\dsyr.o
..............\..........\dsysv.f
..............\..........\dsysv.o
..............\..........\dsytf2.f
..............\..........\dsytf2.o
..............\..........\dsytrf.f
..............\..........\dsytrf.o
..............\..........\dsytrs.f
..............\..........\dsytrs.o
..............\..........\dtrmm.f
..............\..........\dtrmm.o
..............\..........\dtrmv.f
..............\..........\dtrmv.o