Update file README.md

| ------ | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- |

| ns/day |  13 |  25 |  48 |  71 |  90 | 104 | 130 | 152 | 167 | 175 | 188 |

The number of computational nodes per job in each task will be set to [1, 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20] nodes*

*limited to the delivered number of nodes in tests 1.2 and 1.4.

**Minimal required performance for passing each of the tests 1.1-1.4**:

For each job, the results for the same number of nodes with the number of cores per node restricted to 36 should be at least 80% of the value obtained with our older aurum cluster, in the table above. For example, a job involving 10 nodes (360 cores) must report at least 0.8*104 = 83.2 ns/day.

- All tasks in a given test need to be run sequentially without interruption to ensure that some jobs eventually use nodes placed in different sections of the cluster.

- Only 36 cores can be used for each node in this test.

- No GPU is allowed (if present in the node)

- Execution time for each test is 1 hour per task

- Total duration for each test is 5x 

### 1.1 Tests scaling in the cpu nodes

- **Test name:** scaling_test_cpu

- **Nodes involved**: cpu computational nodes

- **Number of tasks:** 11 x 5

- **Execution time per task:** 1 hour

- **Number of computational nodes per job in each task:**  $N^{\text{scaling\_test\_cpu}}_{\text{task,job}}$ = [1, 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20] Nodes.

- **Total duration test:** $\sim 1 \text{ hour per task} \times N^{\text{scaling\_test\_cpu}}_{\text{task,job}} \times 5 \text{ storages}$

- **Number of simultaneous jobs in each task:** $J_{cpu}^{max}$

- **Test name:**: scaling_test_mem

- **Nodes involved**: big memory cpu computational nodes

- **Number of tasks:** 2 x 5

- **Execution time per task:** 1 hour

- **Number of computational nodes per job in each task:**  $N^{\text{scaling\_test\_men}}_{\text{task,job}}$ = [1, 2] Nodes.

- **Total duration test:** $\sim 1 \text{ hour per task} \times N^{\text{scaling\_test\_men}}_{\text{task,job}} \times 5 \text{ storages}$

- **Number of simultaneous jobs in each task:** $J_{mem}^{max}$

- **Test name:**: scaling_test_gpu

- **Nodes involved**: gpu computational nodes

- **Number of tasks:** 2 x 5

- **Execution time per task:** 1 hour

- **Number of computational nodes per job in each task:**  $N^{\text{scaling\_test\_gpu}}_{\text{task,job}}$ = [1, 2, 4, 6, 8, 10, 12, 14, 16, 18 and 20] Nodes.

- **Number of cores per node:** Only 36 cores can be used for each node in this test 

- **Total duration test:** $\sim 1 \text{ hour per task} \times N^{\text{scaling\_test\_gpu}}_{\text{task,job}} \times 5 \text{ storages}$

- **Number of simultaneous jobs in each task:** $J_{gpu}^{max}$

- **Test name:**: scaling_test_biggpu

- **Nodes involved**: gpu computational nodes

- **Number of tasks:** 5 x 5

- **Execution time per task:** 1 hour

- **Number of computational nodes per job in each task:**  $N^{\text{scaling\_test\_biggpu}}_{\text{task,job}}$ = [1, 2, 4, 6, 8] Nodes.

- **Total duration test:** $\sim 1 \text{ hour per task} \times N^{\text{scaling\_test\_biggpu}}_{\text{task,job}} \times 5 \text{ storages}$

- **Number of simultaneous jobs in each task:** $J_{biggpu}^{max}$

## 2. Test endurance cluster - not internode calculations

## 2. Test cluster endurance - not internode calculations

- **Test name:**: endurance_test_all

- **Short description of the test:** Full occupation of all nodes (cpu, mem, gpu, and biggpu) using 1 job per node in cpu and mem nodes, and n jobs per nodes in the gpu and biggpunodes. It is a stress test where all the clusters should work under full load for at least 23h.

- **Number of tasks:** 1