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  • Welcome
  • INTRODUCTION
    • What Is Aizen?
    • Aizen Platform Interfaces
    • Typical ML Workflow
    • Datasets and Features
    • Resources and GPUs
    • LLM Operations
    • Glossary
  • INSTALLATION
    • Setting Up Your Environment
      • Hardware Requirements
      • Deploying Kubernetes On Prem
      • Deploying Kubernetes on AWS
      • Deploying Kubernetes on GCP
        • GCP and S3 API Interoperability
        • Provisioning the Cloud Service Mesh
        • Installing Ingress Gateways with Istio
      • Deploying Kubernetes on Azure
        • Setting Up Azure Blob Storage
    • Installing Aizen
      • Software Requirements
      • Installing the Infrastructure Components
      • Installing the Core Components
      • Virtual Services and Gateways Command Script (GCP)
      • Helpful Deployment Commands
    • Installing Aizen Remote Components
      • Static Remote Deployment
      • Dynamic Remote Deployment
    • Installing Optional Components
      • MinIO
      • OpenLDAP
      • OpenEBS Operator
      • NGINX Ingress Controller
      • Airbyte
  • GETTING STARTED
    • Managing Users and Roles
      • Aizen Security
      • Adding Users
      • Updating Users
      • Listing Users and Roles
      • Granting or Revoking Roles
      • Deleting Users
    • Accessing the Aizen Platform
    • Using the Aizen Jupyter Console
  • MANAGING ML WORKFLOWS
    • ML Workflow
    • Configuring Data Sources
    • Configuring Data Sinks
    • Creating Training Datasets
    • Performing ML Data Analysis
    • Training an ML Model
    • Adding Real-Time Data Sources
    • Serving an ML Model
    • Training and Serving Custom ML Models
  • MANAGING LLM WORKFLOWS
    • LLM Workflow
    • Configuring Data Sources
    • Creating Training Datasets for LLMs
    • Fine-Tuning an LLM
    • Serving an LLM
    • Adding Cloud Providers
    • Configuring Vector Stores
    • Running AI Agents
  • Notebook Commands Reference
    • Notebook Commands
  • SYSTEM CONFIGURATION COMMANDS
    • License Commands
      • check license
      • install license
    • Authorization Commands
      • add users
      • alter users
      • list users
      • grant role
      • list roles
      • revoke role
      • delete users
    • Cloud Provider Commands
      • add cloudprovider
      • list cloudproviders
      • list filesystems
      • list instancetypes
      • status instance
      • list instance
      • list instances
      • delete cloudprovider
    • Project Commands
      • create project
      • alter project
      • exportconfig project
      • importconfig project
      • list projects
      • show project
      • set project
      • listconfig all
      • status all
      • stop all
      • delete project
      • shutdown aizen
    • File Commands
      • install credentials
      • list credentials
      • delete credentials
      • install preprocessor
  • MODEL BUILDING COMMANDS
    • Data Source Commands
      • configure datasource
      • describe datasource
      • listconfig datasources
      • delete datasource
    • Data Sink Commands
      • configure datasink
      • describe datasink
      • listconfig datasinks
      • alter datasink
      • start datasink
      • status datasink
      • stop datasink
      • list datasinks
      • display datasink
      • delete datasink
    • Dataset Commands
      • configure dataset
      • describe dataset
      • listconfig datasets
      • exportconfig dataset
      • importconfig dataset
      • start dataset
      • status dataset
      • stop dataset
      • list datasets
      • display dataset
      • export dataset
      • import dataset
      • delete dataset
    • Data Analysis Commands
      • loader
      • show stats
      • show datatypes
      • show data
      • show unique
      • count rows
      • count missingvalues
      • plot
      • run analysis
      • run pca
      • filter dataframe
      • list dataframes
      • set dataframe
      • save dataframe
    • Training Commands
      • configure training
      • describe training
      • listconfig trainings
      • start training
      • status training
      • list trainings
      • list tensorboard
      • start tensorboard
      • stop tensorboard
      • stop training
      • restart training
      • delete training
      • list mlflow
      • save embedding
      • list trained-models
      • list trained-model
      • export trained-model
      • import trained-model
      • delete trained-model
      • register model
      • update model
      • list registered-models
      • list registered-model
  • MODEL SERVING COMMANDS
    • Resource Commands
      • configure resource
      • describe resource
      • listconfig resources
      • alter resource
      • delete resource
    • Prediction Commands
      • configure prediction
      • describe prediction
      • listconfig predictions
      • start prediction
      • status prediction
      • test prediction
      • list predictions
      • stop prediction
      • list prediction-logs
      • display prediction-log
      • delete prediction
    • Data Report Commands
      • configure datareport
      • describe datareport
      • listconfig datareports
      • start datareport
      • list data-quality
      • list data-drift
      • list target-drift
      • status data-quality
      • display data-quality
      • status data-drift
      • display data-drift
      • status target-drift
      • display target-drift
      • delete datareport
    • Runtime Commands
      • configure runtime
      • describe runtime
      • listconfig runtimes
      • start runtime
      • status runtime
      • stop runtime
      • delete runtime
  • LLM AND EMBEDDINGS COMMANDS
    • LLM Commands
      • configure llm
      • listconfig llms
      • describe llm
      • start llm
      • status llm
      • stop llm
      • delete llm
    • Vector Store Commands
      • configure vectorstore
      • describe vectorstore
      • listconfig vectorstores
      • start vectorstore
      • status vectorstore
      • stop vectorstore
      • delete vectorstore
    • LLM Application Commands
      • configure llmapp
      • describe llmapp
      • listconfig llmapps
      • start llmapp
      • status llmapp
      • stop llmapp
      • delete llmapp
  • TROUBLESHOOTING
    • Installation Issues
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  1. MANAGING ML WORKFLOWS

Training an ML Model

PreviousPerforming ML Data AnalysisNextAdding Real-Time Data Sources

Last updated 3 months ago

A training dataset is required to train an ML model. See .

To train an ML model, follow these steps:

  1. Log in to the Aizen Jupyter console. See .

  2. Set the current working project.

    set project <project name>
  3. Configure a training experiment by running the configure training command:

    configure training
  4. In the notebook, you will be guided through a template form with boxes and drop-down lists that you can complete to define the experiment. At a minimum, you must choose either Machine Learning or Deep Learning, and you must specify the input features and the output (or label) features from the dataset. Additionally, you may specify the feature types and specify several options in the advanced settings.

  5. Execute the training experiment using the start training command to schedule a job. Optionally, you may configure resources for the job by running the configure resource command. If you do not configure resources, default resource settings will be applied.

    configure resource
    start training <experiment name>
  6. While the job is running, you may check the job status and check the training progress on TensorBoard or MLflow by using the URL shown in the status training command or by listing the TensorBoard or MLflow URL for the training run.

    status training <experiment name>
    list tensorboard <ML model name>,<run id>
    list mlflow <ML model name>,<run id>
  7. Wait for the job to complete, and then check your training results:

    status training <experiment name>
  8. List the trained models and display training results:

    list trained-models <ML model name>
    list trained-model <ML model name>
  9. You may compare the results of various training runs of a given ML model using the TensorBoard or MLflow URL for the ML model:

    list tensorboard <ML model name>
    list mlflow <ML model name>
Creating Training Datasets
Using the Aizen Jupyter Console