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 Duration 14 hours

Course Outline

Introduction to Containerization for AI & ML

  • Fundamental principles of containerization
  • The suitability of containers for ML workloads
  • Distinctions between containers and virtual machines

Managing Docker Images and Containers

  • Comprehending images, layers, and registries
  • Administering containers for ML experimentation
  • Efficient utilization of the Docker CLI

Preparing ML Environments for Packaging

  • Readying ML codebases for containerization
  • Handling Python environments and dependencies
  • Integrating CUDA and GPU support

Creating Dockerfiles for Machine Learning

  • Organizing Dockerfiles for ML projects
  • Best practices for performance and maintainability
  • Implementation of multi-stage builds

Encapsulating ML Models and Pipelines

  • Enclosing trained models within containers
  • Strategies for data and storage management
  • Rolling out reproducible end-to-end workflows

Operating Containerized ML Services

  • Exposing API endpoints for model inference
  • Scaling services utilizing Docker Compose
  • Monitoring runtime behavior

Security and Compliance Factors

  • Safeguarding container configurations
  • Controlling access and credentials
  • Protecting confidential ML assets

Deployment to Production Environments

  • Releasing images to container registries
  • Implementing containers in on-prem or cloud configurations
  • Versioning and refreshing production services

Conclusion and Future Steps

Requirements

  • A solid grasp of machine learning workflows
  • Proficiency in Python or comparable programming languages
  • Basic familiarity with Linux command-line operations

Target Audience

  • ML engineers responsible for deploying models to production
  • Data scientists focused on maintaining reproducible experiment environments
  • AI developers constructing scalable, containerized applications

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