Resource Groups
Last Updated: July 8, 2024
There are two main methods to translate, edit, combine, and execute programs: interactive processing and batch processing.
Interactive processing is a method where the user interactively performs tasks such as translating source programs and executing executable programs by entering commands. Interactive processing is suitable for translations and executions of small-scale programs.
Batch processing is a method where the user creates a “job script file” that describes a series of program executions and has the computer execute the job in bulk. Batch processing is suitable for executing programs that require a large amount of memory, have long execution times, or have high parallelism.
Node Group A
| Resource Group | Number of CPU Cores | Number of Nodes | Available Memory | Maximum Execution Time |
|---|---|---|---|---|
| a-batch | 1~120 | 3.7GiB * Number of Cores | 168 hours | |
| 1~128 | 453GiB * Number of Nodes | Up to 1 node: 168 hours | ||
| 2~3 nodes: 96 hours | ||||
| 4~15 nodes: 48 hours | ||||
| 16~31 nodes: 24 hours | ||||
| 32~63 nodes: 12 hours | ||||
| 64~128 nodes: 6 hours | ||||
| a-inter | 1~120 | 3.7GiB * Number of Cores | 6 hours | |
| 1 | 453GiB | 6 hours |
- The available memory and maximum execution time are determined by the specified number of CPU cores or nodes.
- If fewer than 120 cores are specified, execution performance may degrade due to the influence of other jobs running on the same node.
Node Group B
| Resource Group | Number of GPUs | Number of Nodes | Assigned Number of CPU Cores | Available Memory | Maximum Execution Time |
|---|---|---|---|---|---|
| b-batch | 1~4 | 30 cores * Number of GPUs | 226.7GiB * Number of GPUs | 168 hours | |
| 1~4 | 120 cores * Number of Nodes | 907GiB * Number of Nodes | Up to 1 node: 168 hours | ||
| 2~3 nodes: 96 hours | |||||
| 4 nodes: 48 hours | |||||
| b-inter | 1~4 | 30 cores * Number of GPUs | 226.7GiB * Number of GPUs | 6 hours | |
| 1 | 120 cores | 907GiB | 6 hours | ||
| b-batch-mig | 1~28 (virtual) | 32.3GiB * Number of Virtual GPUs | 168 hours | ||
| b-inter-mig | 1~28 (virtual) | 32.3GiB * Number of Virtual GPUs | 6 hours |
- The number of CPU cores, available memory, and maximum execution time are determined by the specified number of GPUs.
- In b-batch-mig and b-inter-mig, NVIDIA’s MIG function is used to divide one physical GPU into seven virtual GPUs.
- If fewer than 4 GPUs are specified in b-batch and b-inter, or fewer than 28 GPUs are specified in b-batch-mig and b-inter-mig, execution performance may degrade due to the influence of other jobs running on the same node.
Node Group C
| Resource Group | Number of GPUs | Number of Nodes | Assigned Number of CPU Cores | Available Memory | Maximum Execution Time |
|---|---|---|---|---|---|
| c-batch | 1~8 | 14 cores * Number of GPUs | 930.6GiB * Number of GPUs | 168 hours | |
| 1 | 120 cores | 7.1TiB | 168 hours | ||
| c-inter | 1~8 | 14 cores * Number of GPUs | 930.6GiB * Number of GPUs | 6 hours | |
| 1 | 120 cores | 7.1TiB | 6 hours |
- The number of CPU cores, available memory, and maximum execution time are determined by the specified number of GPUs.
- If fewer than 8 GPUs are specified, execution performance may degrade due to the influence of other jobs running on the same node.