OpenMP in Small Bites - Revision history

Lars-muller-70fa@uni-bonn.de at 15:07, 4 December 2025

2025-12-04T15:07:39Z

2025-12-04T13:39:06Z

Data Scoping

2022-02-11T12:25:04Z

2022-02-11T12:24:43Z

2021-01-13T09:00:39Z

2021-01-13T08:49:39Z

2021-01-13T08:43:53Z

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2020-12-21T12:27:17Z

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 This session discusses the taskloop constructof OpenMP.
-=== [[OpenMP_in_Small_Bites/Tasking_Sudoku_example |Tasking Example: Sudoko Solver ]] ===
+=== [[OpenMP_in_Small_Bites/Tasking_Sudoku_example |Tasking Example: Sudoku Solver ]] ===
 This part shows an example for an Sudoku solver using OpenMP Tasking.

@@ Line 35: / Line 35: @@
 This session shows the concept of OpenMP worksharing, loop scheduling and synchronization mechanisms. After this tutorial session the programmer already has knowledge about the most common used OpenMP constructs and API functions.
-=== [[OpenMP_in_Small_Bites/Scoping |Date Scoping ]] ===
+=== [[OpenMP_in_Small_Bites/Scoping |Data Scoping ]] ===
 This session provides an overview on managing one of the most challenging parts of OpenMP: Data Scoping. It discusses the differences between <code>private</code>, <code>firstprivate</code>, <code>lastprivate</code> and <code>shared</code> variables and shows how to implement a scalable reduction.
 === [[OpenMP_in_Small_Bites/False_Sharing |False Sharing ]] ===

@@ Line 53: / Line 53: @@
 This session discusses the taskloop constructof OpenMP.
-=== [[OpenMP_in_Small_Bites/Tasking_Sudoku_example |Tasking Example: Sudoko Solver ===
+=== [[OpenMP_in_Small_Bites/Tasking_Sudoku_example |Tasking Example: Sudoko Solver ]] ===
 This part shows an example for an Sudoku solver using OpenMP Tasking.

@@ Line 52: / Line 52: @@
 === [[OpenMP_in_Small_Bites/Loops_and_Tasks |Loops and Tasks ]] ===
 This session discusses the taskloop constructof OpenMP.
 === [[OpenMP_in_Small_Bites/Task_Scheduling | Task Scheduling ]] ===

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 == How to proceed through this tutorial? ==
-The tutorial is made up of '''8 sections''' (3 more will follow soon). Each covers a separate stand-alone topic, but they are designed to be worked through '''in order'''.
+The tutorial is made up of '''10 sections''' (1 more will follow soon). Each covers a separate stand-alone topic, but they are designed to be worked through '''in order'''.
 Each tutorial consists of a '''short video''', followed by a couple of quiz questions for a self control. Everything in the tutorial is platform-independent and works with every operating system with an OpenMP-compatible compiler available. Although most examples are written in C/C++, the fundamental concepts also work with Fortran.

@@ Line 54: / Line 54: @@
 === [[OpenMP_in_Small_Bites/Task_Scheduling | Task Scheduling ]] ===
-This session discusses how to task scheduling works in OpenMP.
+This session discusses how task scheduling works in OpenMP.
 === [[OpenMP_in_Small_Bites/NUMA |Non-Uniform Memory Access ]] ===
 This session shows how a non-uniform memory access (NUMA) architecture influences the performance of OpenMP programs. It explains how distribute data and threads across NUMA domains and how to avoid uncontrolled data or thread migration.

@@ Line 49: / Line 49: @@
 === [[OpenMP_in_Small_Bites/Tasking_and_Synchronization |Tasking and Synchronization ]] ===
 This session discusses different synchonrization mechanisms for OpenMP Tasking.
 === [[OpenMP_in_Small_Bites/NUMA |Non-Uniform Memory Access ]] ===
 This session shows how a non-uniform memory access (NUMA) architecture influences the performance of OpenMP programs. It explains how distribute data and threads across NUMA domains and how to avoid uncontrolled data or thread migration.

@@ Line 17: / Line 17: @@
 Each tutorial consists of a '''short video''', followed by a couple of quiz questions for a self control. Everything in the tutorial is platform-independent and works with every operating system with an OpenMP-compatible compiler available. Although most examples are written in C/C++, the fundamental concepts also work with Fortran.
-If you have any questions or encounter problems, you can contact us via e-mail at [mailto:helpdesk@hpc.nrw helpdesk@hpc.nrw].
+If you have any questions or encounter problems, you can contact us via e-mail at [mailto:tutorials@hpc.nrw tutorials@hpc.nrw].
 == Who created this tutorial? ==