[x] Upload your code and Ch. 6’s input data to the cluster. Compile your code on the cluster.
[x] Run different scenarios using interactive and batch jobs. Verify that you can reproduce the results of Ch. 6 when running on the cluster.
[x] Is the cluster faster than your own computer? Add a timer to your solver which allows you to measure the duration of the time stepping loop. Derive the normalized metric time per cell and iteration for your local machine and the ARA cluster. Exclude file I/O overheads and the setup time from the measurements.
[x] Upload your code and Ch. 6’s input data to the cluster. Compile your code on the cluster.
[x] Run different scenarios using interactive and batch jobs. Verify that you can reproduce the results of Ch. 6 when running on the cluster.
[x] Is the cluster faster than your own computer? Add a timer to your solver which allows you to measure the duration of the time stepping loop. Derive the normalized metric time per cell and iteration for your local machine and the ARA cluster. Exclude file I/O overheads and the setup time from the measurements.
[x] Write documentation.