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Showing content from https://run-ai-docs.nvidia.com/self-hosted/workloads-in-nvidia-run-ai/assets/data-volumes below:

Data Volumes | Run:ai Documentation

Data Volumes | Run:ai Documentation
  1. Workloads in NVIDIA Run:ai
  2. Workload Assets
Data Volumes

Data volumes (DVs) are one type of workload assets. They offer a powerful solution for storing, managing, and sharing AI training data, promoting collaboration, simplifying data access control, and streamlining the AI development lifecycle.

Acting as a central repository for organizational data resources, data volumes can represent datasets or raw data, that is stored in Kubernetes Persistent Volume Claims (PVCs).

Once a data volume is created, it can be shared with additional multiple scopes and easily utilized by AI practitioners when submitting workloads. Shared data volumes are mounted with read-only permissions, ensuring data integrity. Any modifications to the data in a shared DV must be made by writing to the original volume of the PVC used to create the data volume.

Note

  1. Sharing with multiple scopes - Data volumes can be shared across different scopes in a cluster, including projects, departments. Using data volumes allows for data reuse and collaboration within the organization.

  2. Storage saving - A single copy of the data can be used across multiple scopes

  1. Sharing large datasets - In large organizations, the data is often stored in a remote location, which can be a barrier for large model training. Even if the data is transferred into the cluster, sharing it easily with multiple users is still challenging. Data volumes can help share the data seamlessly, with maximum security and control.

  2. Sharing data with colleagues - When sharing training results, generated datasets, or other artifacts with team members is needed, data volumes can help make the data available easily.

To create a data volume, you must have a PVC data source already created. Make sure the PVC includes data before sharing it.

The data volumes table can be found under Workload manager in the NVIDIA Run:ai platform.

The data volumes table provides a list of all the data volumes defined in the platform and allows you to manage them.

The data volumes table comprises the following columns:

The name of the data volume

A description of the data volume

The different lifecycle phases and representation of the data volume condition

The scope of the data source within the organizational tree. Click the scope name to view the organizational tree diagram

The project of the origin PVC

The original PVC from which the data volume was created that points to the same PV

The cluster that the data volume is associated with

The user who created the data volume

The timestamp for when the data volume was created

The timestamp of when the data volume was last updated

The following table describes the data volumes' condition and whether they were created successfully for the selected scope.

No issues were found while creating the data volume

The data volume is being created

The data volume is being deleted

When the data volume’s scope is an account, the current version of the cluster is not up to date, or the asset is not a cluster-syncing entity, the status can’t be displayed

Customizing the Table View

To create a new data volume:

  1. Set the project where the data is located

  2. Set a PVC from which to create the data volume

  3. Enter a name for the data volume. The name must be unique.

  4. Optional: Provide a description of the data volume

  5. Set the Scopes that will be able to mount the data volume

To edit a data volume:

  1. Select the data volume you want to edit

To copy an existing data volume:

  1. Select the data volume you want to copy

  2. Enter a name for the data volume. The name must be unique.

  3. Set a new Origin PVC for your data volume, since only one Origin PVC can be used per data volume

To delete a data volume:

  1. Select the data volume you want to delete

  2. Confirm you want to delete the data volume

Note

It is not possible to delete a data volume being used by an existing workload.

To view the available actions, go to the Data volumes API reference.


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