| `qcpu_exp`<br>`qgpu_exp` | Express queues for testing and running very small jobs. Doesn't require a project. There are 2 nodes always reserved (w/o accelerators), max 8 nodes available per user. The nodes may be allocated on a per core basis. It is configured to run one job and accept five jobs in a queue per user. |
| `qcpu_exp`<br>`qgpu_exp` | Express queues for testing and running very small jobs. Doesn't require a project. There are 2 nodes always reserved (w/o accelerators), max 8 nodes available per user. The nodes may be allocated on a per core basis. It is configured to run one job and accept five jobs in a queue per user. |
| `qcpu_free`<br>`qgpu_free` | Intended for utilization of free resources, after a project exhausted all its allocated resources. Note that the queue is **not free of charge**. [Normal accounting][2] applies. (Does not apply to DD projects by default. DD projects have to request for permission after exhaustion of computational resources.). Consumed resources will be accounted to the Project. Access to the queue is removed if consumed resources exceed 150% of the allocation. Full nodes are allocated. |
| `qcpu_free`<br>`qgpu_free` | Intended for utilization of free resources, after a project exhausted all its allocated resources. Note that the queue is **not free of charge**. [Normal accounting][2] applies. (Does not apply to DD projects by default. DD projects have to request for permission after exhaustion of computational resources.). Consumed resources will be accounted to the Project. Access to the queue is removed if consumed resources exceed 150% of the allocation. Full nodes are allocated. |
| `qcpu_long`<br>`qgpu_long` | Queues for long production runs. Require an active project with nonzero remaining resources. Only 200 nodes without acceleration may be accessed. Full nodes are allocated. |
| `qcpu_long` | Queues for long production runs. Require an active project with nonzero remaining resources. Only 200 nodes without acceleration may be accessed. Full nodes are allocated. |
| `qcpu_preempt`<br>`qgpu_preempt` | Free queues with the lowest priority (LP). The queues require a project with allocation of the respective resource type. There is no limit on resource overdraft. Jobs are killed if other jobs with a higher priority (HP) request the nodes and there are no other nodes available. LP jobs are automatically re-queued once HP jobs finish, so **make sure your jobs are re-runnable**. |
| `qcpu_preempt`<br>`qgpu_preempt` | Free queues with the lowest priority (LP). The queues require a project with allocation of the respective resource type. There is no limit on resource overdraft. Jobs are killed if other jobs with a higher priority (HP) request the nodes and there are no other nodes available. LP jobs are automatically re-queued once HP jobs finish, so **make sure your jobs are re-runnable**. |
| `qdgx` | Queue for DGX-2, accessible from Barbora. |
| `qdgx` | Queue for DGX-2, accessible from Barbora. |
| `qfat` | Queue for fat node, PI must request authorization to enter the queue for all users associated to their project. |
| `qfat` | Queue for fat node, PI must request authorization to enter the queue for all users associated to their project. |
...
@@ -42,7 +42,7 @@ Legacy queues stay in production until the end of 2022.
...
@@ -42,7 +42,7 @@ Legacy queues stay in production until the end of 2022.
| ------------ | ------------------------- |
| ------------ | ------------------------- |
| `qexp` | `qcpu_exp` & `qgpu_exp` |
| `qexp` | `qcpu_exp` & `qgpu_exp` |
| `qprod` | `qcpu` |
| `qprod` | `qcpu` |
| `qlong` | `qcpu_long`& `qgpu_long` |
| `qlong` | `qcpu_long` |
| `nvidia` | `qgpu` Note that unlike in new queues, only full nodes can be allocated. |
| `nvidia` | `qgpu` Note that unlike in new queues, only full nodes can be allocated. |
