Labs
The aim of labs is to familiarize students with the design and implementation of parallel algorithms and to practice the theory from lectures. The tasks are proposed in a way that enables to test/debug/run them on conventional computers. For the purpose of computationally demanding experiments, we arranged the access to Metacentrum.
Attendance at labs is not compulsory, however, it is strongly recommended. Our goal is to improve students' knowledge of parallel algorithms, not just to record presence.
Plan of the Labs
| # | Topic | Notes | Handouts | Other materials |
|---|---|---|---|---|
1 |
Introduction |
semestral project assignment |
introduction_helloworlds.zip, metacentrum_signup.pdf, metacentrum_tutorial.zip, Metacentrum Documentation, Basic terms, Simple job, Resources, Parallel computing |
|
2 |
OpenMP |
HW |
openmp_skeletons.zip, openmp_solutions.zip, OpenMP cheatsheet, hw1_omp_skeleton.zip, hw1_omp_public.zip |
|
3 |
MPI |
HW |
mpi_skeletons.zip, mpi_solutions.zip, hw2_mpi_skeletons.zip, hw2_mpi_public.zip |
|
4 |
Theoretical seminar I |
verification of the semestral project topic |
||
5 |
Semestral project topic presentation |
|||
6 |
No lab |
|||
7 |
Theoretical seminar II (TEST preparation) |
|||
8 |
Theoretical seminar III |
|||
9 |
Python numba part 1 |
|||
10 |
Semestral project solution proposal presentation |
|||
11 |
Python numba part 2 |
HW |
numba_2_skeletons.zip, hw3_gpu_skeleton.zip, hw3_gpu_public.zip |
|
12 |
Theoretical seminar IV |
|||
13 |
Consultations |
|||
14 |
Final semestral project presentation |
Classroom computers
(information under review due to classroom change)
-
OS: Debian Linux 64b, select “DCE PXE” (without number) during booting
-
Login: username + main CTU password (the one you use for KOS)
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Development environments: CLion (C++), Visual Studio Code, GVim, Eclipse, Geany are installed. CLion is installed in
/optand its license have to be activated (use your JetBrains account).