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MLRun basics

  • Using MLRun
    • MLRun architecture
    • MLRun ecosystem
  • MLOps development workflow
  • Tutorials and Examples
    • Quick start tutorial
    • Train, compare, and register models
    • Serving pre-trained ML/DL models
    • Projects and automated ML pipeline
    • Model monitoring and drift detection
    • Add MLOps to existing code
    • Batch inference and drift detection
    • Feature store example (stocks)
    • MLRun demos repository
    • MLRun cheat sheet
  • Installation and setup guide
    • Install MLRun locally using Docker
    • Install MLRun on Kubernetes
    • Install MLRun on AWS
    • Set up your environment

Core components

  • Projects and automation
    • Create, save, and use projects
    • Git best practices
    • Load and run projects
    • Run, build, and deploy functions
    • Build and run workflows/pipelines
    • Working with secrets
  • Functions
    • Functions architecture
    • Kinds of functions (runtimes)
      • Function of type job
      • Function of type serving
      • Dask distributed runtime
        • Running Dask on the cluster with MLRun
        • Pipelines using Dask, Kubeflow and MLRun
      • Databricks runtime
      • MPIJob and Horovod runtime
      • Spark Operator runtime
      • Nuclio real-time functions
    • Create and use functions
    • Converting notebooks to function
    • Attach storage to functions
    • Images and their usage in MLRun
    • Build function image
    • Node affinity
    • Function hub
    • Using a Git repo as a function hub
  • Data and artifacts
    • Data stores
    • Data items
    • Artifacts
    • Model Artifacts
  • Feature store
    • Feature store overview
    • Feature sets
    • Feature set transformations
    • Creating and using feature vectors
    • Feature store end-to-end demo
      • Part 1: Data ingestion
      • Part 2: Training
      • Part 3: Serving
      • Part 4: Automated ML pipeline
  • Batch runs and workflows
    • MLRun execution context
    • Decorators and auto-logging
    • Running a task (job)
    • Running a multi-stage workflow
    • Managing run resources
    • Scheduled jobs and workflows
    • Notifications
  • Real-time serving pipelines (graphs)
    • Getting started
    • Use cases
    • Graph concepts and state machine
    • Model serving graph
    • Writing custom steps
    • Built-in steps
    • Demos and tutorials
      • Distributed (multi-function) pipeline example
      • Advanced model serving graph - notebook example
    • Serving graph high availability configuration
    • Error handling
  • Model monitoring

MLOps tasks

  • Ingest and process data
    • Using data sources and items
    • Logging datasets
    • Spark Operator runtime
    • Ingest data using the feature store
    • Ingest features with Spark
  • Develop and train models
    • Model training and tracking
      • Create a basic training job
      • Working with data and model artifacts
      • Automated experiment tracking
      • Using the built-in training function
      • Hyperparameter tuning optimization
    • Training with the feature store
  • Deploy models and applications
    • Real-time serving
      • Using built-in model serving classes
      • Build your own model serving class
      • Test and deploy a model server
      • Model serving API
    • Serving with the feature store
    • Batch inference
    • Canary and rolling upgrades
  • Monitor and alert
    • Model monitoring overview
    • Enable model monitoring
  • CI/CD automation with Git
    • Create a project using a Git source
    • Load project YAML from Git, Zip, Tar source
    • Run pipelines with Github Actions, GitLab

References

  • Index
  • API by module
    • mlrun.frameworks
      • AutoMLRun
      • TensorFlow.Keras
      • PyTorch
      • SciKit-Learn
      • XGBoost
      • LightGBM
    • mlrun
    • mlrun.artifacts
    • mlrun.config
    • mlrun.datastore
    • mlrun.db
    • mlrun.execution
    • mlrun.feature_store
    • mlrun.model
    • mlrun.package
      • mlrun.package.packager.Packager
      • mlrun.package.packagers.default_packager.DefaultPackager
      • mlrun.package.packagers_manager.PackagersManager
      • mlrun.package.errors
      • mlrun.package.packagers.python_standard_library_packagers
        • mlrun.package.packagers.python_standard_library_packagers.BoolPackager
        • mlrun.package.packagers.python_standard_library_packagers.BytearrayPackager
        • mlrun.package.packagers.python_standard_library_packagers.BytesPackager
        • mlrun.package.packagers.python_standard_library_packagers.DictPackager
        • mlrun.package.packagers.python_standard_library_packagers.FloatPackager
        • mlrun.package.packagers.python_standard_library_packagers.FrozensetPackager
        • mlrun.package.packagers.python_standard_library_packagers.IntPackager
        • mlrun.package.packagers.python_standard_library_packagers.ListPackager
        • mlrun.package.packagers.python_standard_library_packagers.NonePackager
        • mlrun.package.packagers.python_standard_library_packagers.PathPackager
        • mlrun.package.packagers.python_standard_library_packagers.SetPackager
        • mlrun.package.packagers.python_standard_library_packagers.StrPackager
        • mlrun.package.packagers.python_standard_library_packagers.TuplePackager
      • mlrun.package.packagers.numpy_packagers
        • mlrun.package.packagers.numpy_packagers.NumPyNDArrayDictPackager
        • mlrun.package.packagers.numpy_packagers.NumPyNDArrayListPackager
        • mlrun.package.packagers.numpy_packagers.NumPyNDArrayPackager
        • mlrun.package.packagers.numpy_packagers.NumPyNumberPackager
        • mlrun.package.packagers.numpy_packagers.NumPySupportedFormat
      • mlrun.package.packagers.pandas_packagers
        • mlrun.package.packagers.pandas_packagers.PandasDataFramePackager
        • mlrun.package.packagers.pandas_packagers.PandasSeriesPackager
        • mlrun.package.packagers.pandas_packagers.PandasSupportedFormat
    • mlrun.platforms
    • mlrun.projects
    • mlrun.run
    • mlrun.runtimes
    • mlrun.serving
    • storey.transformations - Graph transformations
  • Command-Line Interface
  • Glossary

Change log

  • Change log
  • Repository
  • Suggest edit
  • Open issue
  • .md

Model training and tracking

Model training and tracking#

In this section

  • Create a basic training job
  • Working with data and model artifacts
  • Automated experiment tracking
  • Using the built-in training function
  • Hyperparameter tuning optimization

previous

Develop and train models

next

Create a basic training job

By Iguazio

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