Course Outline

Preparing Machine Learning Models for Deployment

  • Packaging models with Docker for government use
  • Exporting models from TensorFlow and PyTorch for government applications
  • Versioning and storage considerations for government data management

Model Serving on Kubernetes

  • Overview of inference servers for government operations
  • Deploying TensorFlow Serving and TorchServe in government environments
  • Setting up model endpoints for government services

Inference Optimization Techniques

  • Batching strategies for efficient government processing
  • Concurrent request handling for government systems
  • Latency and throughput tuning for government applications

Autoscaling ML Workloads

  • Horizontal Pod Autoscaler (HPA) for government workloads
  • Vertical Pod Autoscaler (VPA) for optimizing government resources
  • Kubernetes Event-Driven Autoscaling (KEDA) for dynamic government scaling

GPU Provisioning and Resource Management

  • Configuring GPU nodes for government operations
  • Overview of the NVIDIA device plugin for government use
  • Resource requests and limits for ML workloads in government systems

Model Rollout and Release Strategies

  • Blue/green deployments for seamless government transitions
  • Canary rollout patterns for controlled government releases
  • A/B testing for model evaluation in government applications

Monitoring and Observability for ML in Production

  • Metrics for inference workloads in government systems
  • Logging and tracing practices for government operations
  • Dashboards and alerting for government monitoring

Security and Reliability Considerations

  • Securing model endpoints for government data protection
  • Network policies and access control for government networks
  • Ensuring high availability for government services

Summary and Next Steps

Requirements

  • An understanding of containerized application workflows for government.
  • Experience with Python-based machine learning models for government.
  • Familiarity with Kubernetes fundamentals for government.

Audience

  • Machine Learning (ML) engineers
  • DevOps engineers
  • Platform engineering teams
 14 Hours

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