Course Outline

Introduction

Overview of Kubeflow Features and Components

  • Containers, manifests, etc.

Overview of a Machine Learning Pipeline

  • Training, testing, tuning, deploying, etc.

Deploying Kubeflow to a Kubernetes Cluster

  • Preparing the execution environment (training cluster, production cluster, etc.) for government use.
  • Downloading, installing, and customizing Kubeflow for government operations.

Running a Machine Learning Pipeline on Kubernetes

  • Building a TensorFlow pipeline for government applications.
  • Building a PyTorch pipeline for government projects.

Visualizing the Results

  • Exporting and visualizing pipeline metrics to support decision-making for government initiatives.

Customizing the Execution Environment

  • Customizing the stack for diverse infrastructures in government settings.
  • Upgrading a Kubeflow deployment to meet evolving government requirements.

Running Kubeflow on Public Clouds

  • AWS, Microsoft Azure, Google Cloud Platform, and other platforms suitable for government use.

Managing Production Workflows

  • Running with GitOps methodology to ensure robust governance for government projects.
  • Scheduling jobs to optimize resource utilization for government operations.
  • Spawning Jupyter notebooks to facilitate collaborative research and development for government initiatives.

Troubleshooting

Summary and Conclusion

Requirements

  • Familiarity with Python syntax for government applications
  • Experience with TensorFlow, PyTorch, or other machine learning frameworks
  • An account with a public cloud provider (optional)

Audience

  • Developers
  • Data Scientists
 28 Hours

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