과학적 병렬 계산

Index

1. lecture 01 : Introduction to Parallel Computing
2. lecture 02 : OpenMP(Basic, Pragma block)
3. lecture 03 : OpenMP(Do/For, Mat multiplication, hw : Jacobi method to solve Ax = b)
4. lecture 04 : OpenMP(Integral, loop dependency)
5. lecture 05 : MPI(Basic)
6. lecture 06 : MPI(Blocking and Non blocking communicator)
7. lecture 07 : MPI(Collective communicator)
8. lecture 08 : MPI(Communicator, hw : Matrix transpose using collective communicator)
9. lecture 09 : CUDA(Basic, kernel, Matrix transpose, add etc)
10. lecture 10 : CUDA(Asynchoronous Transfer,Pinned memory, Pitch memory, Reduction, etc)
11. lecture 11 : FDM
12. quiz : codes for preparing quiz
13. PFDM : final-project, 3D neutron transport equation solver using Bi-CGSTAB(S.J.Kwon)

Structure

• codes(main.cpp, etc..) and lecture slide(.pdf) are included in each folder
• Homework codes are included in lecture 03 and lecture 08 folder
• Final Project code : PFDM (3D neutron transport euqation solver using Bi-CGSTAB, S.J.Kwon)