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Provide excercises information #79

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@AnhBe0 AnhBe0 commented Jul 11, 2023

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@masterleinad masterleinad left a comment

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This should hopefully fix the rendering.

Comment on lines 9 to 10
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| hpcbind | This excercise demonstrates the use of the Hardware Locality (hwloc) library and OpenMP to determine the binding of threads to CPU cores and processing units (PUs). |
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| hpcbind | This excercise demonstrates the use of the Hardware Locality (hwloc) library and OpenMP to determine the binding of threads to CPU cores and processing units (PUs). |
| hpcbind | This excercise demonstrates the use of the Hardware Locality (`hwloc`) library and `OpenMP` to determine the binding of threads to CPU cores. |

Comment on lines 26 to 27
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| unique\_token | The purpose of the exercise is to modify the given code to utilize Kokkos' token-based team parallelism and implement a scatter-add algorithm using data replication |
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| unique\_token | The purpose of the exercise is to modify the given code to utilize Kokkos' token-based team parallelism and implement a scatter-add algorithm using data replication |
| unique\_token | The purpose of the exercise is to modify the given code to utilize Kokkos' token-based team parallelism and implement a scatter-add algorithm using data replication |

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Yes, I just fixed it, hope it's work now.

| 02 | This exercise aims to replace memory allocations with Kokkos Views in the provided code. |
| 03 | In this exercise, the code expands on the previous exercise by introducing the concept of Kokkos mirrors. Kokkos mirrors allow for synchronization and data transfer between the host and device memory spaces. |
| 04 | In this exercise, the code introduces additional features and customization options for the Kokkos execution space, memory space, layout, and range policy. |
| dualview | This exercise example demonstrates the use of DualView to manage data and computations that take place on two different memory spaces, such as device memory and host memory. |
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| dualview | This exercise example demonstrates the use of DualView to manage data and computations that take place on two different memory spaces, such as device memory and host memory. |
| dualview | This exercise demonstrates the use of DualView to manage data and computations that take place on two different memory spaces, such as device memory and host memory. |

| dualview | This exercise example demonstrates the use of DualView to manage data and computations that take place on two different memory spaces, such as device memory and host memory. |
| fortran-kokkosinterface |
| hpcbind | This exercise demonstrates the use of the Hardware Locality (hwloc) library and OpenMP to determine the binding of threads to CPU cores and processing units (PUs). |
| instances | The exercises in the code is to introduce the use of instances in Kokkos. Instances allow you to partition the execution space into multiple subsets and execute parallel operations concurrently on each subset. |
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| instances | The exercises in the code is to introduce the use of instances in Kokkos. Instances allow you to partition the execution space into multiple subsets and execute parallel operations concurrently on each subset. |
| instances | The exercise in the code introduces the use of instances in Kokkos. Instances allow you to partition the execution space into multiple subsets and execute parallel operations concurrently on each subset. |

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