Difference between revisions of "Lecture HPC Introduction"
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== Overview | == Overview == | ||
The lecture '''Introduction to High-Performance Computing''' (HPC) is aimed at MSc or PhD students who are working on a numerical research topic and plan to use/are already using the local (or other) HPC cluster. The course gives a general introduction to HPC and includes many practical exercises on the local HPC systems. | The lecture '''Introduction to High-Performance Computing''' (HPC) is aimed at MSc or PhD students who are working on a numerical research topic and plan to use/are already using the local (or other) HPC cluster. The course gives a general introduction to HPC and includes many practical exercises on the local HPC systems. | ||
== Topics | == Topics == | ||
The topics of the lecture include: | The topics of the lecture include: | ||
| Line 15: | Line 15: | ||
* Data Storage and Management | * Data Storage and Management | ||
== Organisation | == Organisation == | ||
The lecture is held currently every summer semester. Please go to Stud.IP for more details and course registration: | The lecture is held currently every summer semester. Please go to Stud.IP for more details and course registration: | ||
* [https://elearning.uni-oldenburg.de/seminar_main.php?auswahl=245f380f6274172564139fd03a8355e3 Lecture summer semester 2016] | * [https://elearning.uni-oldenburg.de/seminar_main.php?auswahl=245f380f6274172564139fd03a8355e3 Lecture summer semester 2016] | ||
* [https://elearning.uni-oldenburg.de/seminar_main.php?auswahl=ce79cd96ff5e66b0d4dd7ff5f4661867 Lecture summer semester 2017] | * [https://elearning.uni-oldenburg.de/seminar_main.php?auswahl=ce79cd96ff5e66b0d4dd7ff5f4661867 Lecture summer semester 2017] | ||
* [https://elearning.uni-oldenburg.de/dispatch.php/course/details?sem_id=b718f0130f50e348c7d6eb19814a0c8b Lecture summer semester 2018] | |||
* [https://elearning.uni-oldenburg.de/dispatch.php/course/details?sem_id=a5c4b064f61c9f550c267e7299fd9119 Lecture summer semester 2019] | |||
*[https://elearning.uni-oldenburg.de/dispatch.php/course/details?sem_id=35e7664f7ff494741dc452ac9260c65c Lecture winter semester 2021] | |||
The course is now also assigned to several modules in the Master: | |||
* phy341 (''Advanced Subject-Specific Module I'') | |||
* phy351 (''Advanced Subject-Specific Module II'') | |||
* phy355 (''Elective Courses in Physics'') | |||
* che472 (''Practical course theoretical chemistry'') | |||
You can earn 3 credit points (KP) for the course (with or without a grade). The details and the requirements for earning credit points depend on the module taken and should be enquired from the person responsible for the module. Some more information will be given at the start of course, as well. | |||
Course language is English (unless everyone is happy with German). | |||
No script is available (yet) but the lecture slides will be made available. | |||
== Literature == | |||
will follow | |||
Latest revision as of 09:52, 10 February 2021
Overview
The lecture Introduction to High-Performance Computing (HPC) is aimed at MSc or PhD students who are working on a numerical research topic and plan to use/are already using the local (or other) HPC cluster. The course gives a general introduction to HPC and includes many practical exercises on the local HPC systems.
Topics
The topics of the lecture include:
- Using HPC Clusters
- Parallel Programming Models
- Introduction to MPI
- Introduction to OpenMP
- Using Matlab Distributed Compute Server (MDCS)
- GPU Computing
- Data Storage and Management
Organisation
The lecture is held currently every summer semester. Please go to Stud.IP for more details and course registration:
- Lecture summer semester 2016
- Lecture summer semester 2017
- Lecture summer semester 2018
- Lecture summer semester 2019
- Lecture winter semester 2021
The course is now also assigned to several modules in the Master:
- phy341 (Advanced Subject-Specific Module I)
- phy351 (Advanced Subject-Specific Module II)
- phy355 (Elective Courses in Physics)
- che472 (Practical course theoretical chemistry)
You can earn 3 credit points (KP) for the course (with or without a grade). The details and the requirements for earning credit points depend on the module taken and should be enquired from the person responsible for the module. Some more information will be given at the start of course, as well.
Course language is English (unless everyone is happy with German).
No script is available (yet) but the lecture slides will be made available.
Literature
will follow
