Adding another exercises. Updating the hardware info

hpc2n · Sep 11, 2024 · 3146c8c · 3146c8c
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diff --git a/docs/index.md b/docs/index.md
@@ -42,14 +42,25 @@
 - Birgitte Brydsö, HPC2N
 - Pedro Ojeda-May, HPC2N
 
+## Important info
+
+- We have a course project: ``hpc2n2024-084``.
+- The course project has default project storage. You can find that here: ``/proj/nobackup/intro-hpc2n``.
+- You should create a subdirectory under ``/proj/nobackup/intro-hpc2n`` for yourself to do your exercises in. Make sure it is unique - your name/username is often a good option.
+- As mentioned further up on the page, you can download the material for the course. Placing it in your directory on the project storage is a good idea. You can fetch it there with <code>git clone https://github.com/hpc2n/intro-course.git</code>. 
+- We have two reservations for the course (valid only during the course time). One L40s GPU (reservation ``intro-gpu``) and one AMD Zen4 CPU node (reservation ``intro-cpu``). 
+- The Q/A page can be found here: <a href="https://umeauniversity.sharepoint.com/:w:/s/HPC2N630/EcPoMJ8bnHlAg6pi97ufCagBBm2aMUHJIjcheFzp_uI2xQ?e=1wcfQl" target="_blank">https://umeauniversity.sharepoint.com/:w:/s/HPC2N630/EcPoMJ8bnHlAg6pi97ufCagBBm2aMUHJIjcheFzp_uI2xQ?e=1wcfQl</a>.
+- The important info page is here: <a href="https://umeauniversity.sharepoint.com/:w:/s/HPC2N630/EQuc6COR0CFPtf0LXt3gIjgBB6z2gVObifWb6RnW_jKm1w?e=xUVztb" target="_blank">https://umeauniversity.sharepoint.com/:w:/s/HPC2N630/EQuc6COR0CFPtf0LXt3gIjgBB6z2gVObifWb6RnW_jKm1w?e=xUVztb</a>. 
+- There is an evaluation survey for the course. Please help us by filling it! It is here: <a href="https://forms.office.com/e/pipEictYtN" target="_blank">https://forms.office.com/e/pipEictYtN</a>. 
+
 ## Preliminary schedule
 
 
 | Time | Topic | Activity | 
 | ---- | ----- | -------- |
 | 11:15 | Welcome+Syllabus | |
 | 11:20 | Introduction to Kebnekaise and HPC2N | Lecture |
-| 11:45 | Projects and accounts | Lecture |  
+| 11:40 | Projects and accounts | Lecture |  
 | 11:50 | Logging in & editors | Lecture+exercise | 
 | 12:05 | The File System | Lecture+code along |
 | 12:15 | LUNCH BREAK | |  

diff --git a/docs/intro.md b/docs/intro.md
@@ -27,7 +27,7 @@ HPC2N provides state-of-the-art resources and expertise:
 - Scalable and parallel **HPC**
 - Large-scale **storage facilities** (Project storage (Lustre), SweStore, Tape)
 - **Grid and cloud** computing (WLCG NT1, Swedish Science Cloud)
-- National Data Science Node in ”Epidemiology and Biology of Infections” (DDLS)
+- National Data Science Node in ”Epidemiology and Biology of Infections” (Data-Driven Life Science - DDLS)
 - Software for e-Science applications
 - All levels of user support 
     - Primary, advanced, dedicated
@@ -80,7 +80,7 @@ Involved in several **projects and collaborations**:
     - Also at the partner sites
     - Online "HPC2N fika"  
 - **User training and education program**
-    - 0.5 -- 5 days; ready-to-run exercises
+    - 0.5 -- 5 days; presentations and ready-to-run exercises
     - intro courses: our system, Linux, R, Python, Julia, Matlab, Git
     - intermediate courses
     - - Parallel programming and tools (OpenMP, MPI, debugging, perf. analyzers, Matlab, R, MD simulation, ML, GPU, ...)
@@ -205,10 +205,6 @@ Kebnekaise have CPU-only, GPU enabled and large memory nodes.
 
 The CPU-only nodes are:
 
-- 2 x 14 core Intel broadwell
-    - 4460 MB memory / core
-    - 48 nodes
-    - Total of 41.6 TFlops/s 
 - 2 x 14 core Intel skylake
     - 6785 MB memory / core
     - 52 nodes
@@ -224,11 +220,6 @@ The CPU-only nodes are:
 
 The GPU enabled nodes are:
 
-- 2 x 14 core Intel broadwell
-    - 9000 MB memory / core
-    - 2 x Nvidia A40 
-    - 4 nodes
-    - Total of 83 TFlops/s
 - 2 x 14 core Intel skylake
     - 6785 MB memory / core
     - 2 x Nvidia V100
@@ -254,6 +245,15 @@ The GPU enabled nodes are:
     - 6630 MB / core
     - 4 x Nvidia H100 SXM5
     - 2 nodes
+- 2 x 32 core AMD zen4
+    - 11968 MB / core
+    - 6 x Nvidia L40s
+    - 2 nodes
+    - Can only use 10 cores/GPU
+- 2 x 32 core AMD zen4
+    - 11968 MB / core
+    - 8 x Nvidia A40
+    - 2 nodes
 
 The large memory nodes are:
 
@@ -335,8 +335,8 @@ I will cover more details in a later section, where we go more into detail about
 
 #### Aggregating computing power
 
-- 147 nodes totalling 6808 CPU cores and 64 GPUs (totalling 751616 CUDA cores, 33472 TENSOR cores + 960 matrix cores, 284 RT cores)  
-    - Compared to 4-8 cores in a common modern laptop
+- 95 nodes totalling 4792 CPU cores and 84 GPUs (totalling 1055744 CUDA cores, 43076 TENSOR cores + 960 matrix cores, 4544 RT cores)  
+    - Compared to 4-8 cores in a common modern laptop + maybe 1 GPU 
 
 #### Higher performance
 

diff --git a/docs/login.md b/docs/login.md
@@ -73,6 +73,16 @@ Note that you are authenticating through SUPR, using *that* service’s login cr
 
     It will first ask for your current password. Type in that and press enter. Then type in the new password, enter, and repeat. You have changed the password.
 
+## Get the material
+
+!!! Exercise "Exercise" 
+
+    If you have not already created a directory under the project storage and downloaded the material there, now is a good time to do so! 
+
+    1. After logging in, change directory to ``/proj/nobackup/intro-hpc2n``.
+    2. Create a subdirectory for yourself, if you have not already done so.
+    3. Change to the subdirectory you just created.
+    4. Clone the material from GitHub: ``git clone https://github.com/hpc2n/intro-course.git``
 
 ## File transfers 
 

diff --git a/docs/projectsaccounts.md b/docs/projectsaccounts.md
@@ -65,6 +65,6 @@ When you have a project / have become member of a project, you can apply for an
 
 Your account request will be processed within a week. You will then get an email with information about logging in and links to getting started information. 
 
-More information on the account process can be found on HPC2N's documentation pages: [https://www.hpc2n.umu.se/documentation/access-and-accounts/users](https://www.hpc2n.umu.se/documentation/access-and-accounts/users) 
+More information on the account process can be found on HPC2N's documentation pages: <a href="https://docs.hpc2n.umu.se/documentation/accounts-rules/" target="_blank">https://docs.hpc2n.umu.se/documentation/accounts-rules/</a>.