| Lecture 1: | Slide
1 - Introduction Slide 2 - Module 1: software package structure |
Homework
1 |
| Lecture 2: | Slide 17 - Module 2: parallel computing basic concepts
and programming techniques |
Homework 1a |
| Lecture 3: | Slide 18 Slide 3 - Module 3: from real life problem to computer algorithm |
|
| Lecture 4: | Slide
15z - Module 4: Tools for programming and
cluster management Slide 15a Slide 32 Slide 33 |
|
| Lecture 5: | Slide
4 - Module 5: computer hardware basics |
Homework 2 |
| Lecture 6: | Slide 6 - Module 6: structural information organization | Homework 3 |
| Lecture 7: | Slide 7 - Module 7: time dimension - processes, communication, shell | Homework 4 |
| Lecture 8: | Slide
8 - Module 8: programming Slide 9 Slide 10 Slide 10a |
Homework 6 |
| Lecture 9: | Slide
11 - Module 8: programming Slide 12 Slide 13 |
Homework
5 Homework 7 |
| Lecture 10: | Slide 16 - Module 9: Networking | Homework 8 |
| Lecture 11: | Slide
19 - Module 10: multi-threading and OpenMP Slide 20 Slide 21 Slide 21a Slide 21b |
Homework 9 |
| Lecture 12: | Slide
26 - Module 11: MPI and implementation Slide 26a Slide 27 Slide 29 |
Homework 10 |
| Lecture 13: | Slide 30 - Module 12: the PETSC library | |
| Lecture 14: | Slide
35 - Module 13: GPU computing: CUDA and OpenACC Slide 36 |
|
| Lecture 15: | Slide 37 - Module 14: modern developments: Big Data, AI Slide 38 |