Course Outline

Introduction

  • Kubeflow on AWS vs. On-Premises vs. Other Public Cloud Providers for Government

Overview of Kubeflow Features and Architecture

Activating an AWS Account for Government Use

Preparing and Launching GPU-Enabled AWS Instances for Government Projects

Setting up User Roles and Permissions for Secure Access

Preparing the Build Environment for Compliance with Government Standards

Selecting a TensorFlow Model and Dataset for Government Applications

Packaging Code and Frameworks into a Docker Image for Government Use

Setting up a Kubernetes Cluster Using EKS for Enhanced Security

Staging the Training and Validation Data for Efficient Processing

Configuring Kubeflow Pipelines for Government Workflows

Launching a Training Job using Kubeflow in EKS for Government Projects

Visualizing the Training Job in Runtime for Transparent Monitoring

Cleaning up After the Job Completes to Ensure Data Integrity and Compliance

Troubleshooting Common Issues in Government Deployments

Summary and Conclusion

Requirements

  • An understanding of machine learning concepts for government applications.
  • Knowledge of cloud computing principles for government use.
  • A general understanding of containerization (Docker) and orchestration (Kubernetes) for government environments.
  • Some experience with Python programming is beneficial.
  • Familiarity with command-line operations for government systems.

Audience

  • Data science engineers for government agencies.
  • DevOps engineers interested in deploying machine learning models within government frameworks.
  • Infrastructure engineers interested in implementing machine learning model deployments for government operations.
  • Software engineers seeking to integrate and deploy machine learning features in government applications.
 28 Hours

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