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Course Outline

Introduction to Continuous Learning

  • The importance of continuous learning.
  • Challenges associated with maintaining fine-tuned models.
  • Key strategies and types of learning (online, incremental, transfer).

Data Handling and Streaming Pipelines

  • Managing evolving datasets.
  • Online learning using mini-batches and streaming APIs.
  • Addressing challenges in data labeling and annotation over time.

Preventing Catastrophic Forgetting

  • Elastic Weight Consolidation (EWC).
  • Replay methods and rehearsal strategies.
  • Regularization and memory-augmented networks.

Model Drift and Monitoring

  • Detecting data and concept drift.
  • Metrics for assessing model health and performance decay.
  • Triggering automated model updates.

Automation in Model Updating

  • Strategies for automated retraining and scheduling.
  • Integration with CI/CD and MLOps workflows.
  • Managing update frequency and rollback plans.

Continuous Learning Frameworks and Tools

  • Overview of Avalanche, Hugging Face Datasets, and TorchReplay.
  • Platform support for continuous learning (e.g., MLflow, Kubeflow).
  • Considerations for scalability and deployment.

Real-World Use Cases and Architectures

  • Predicting customer behavior with evolving patterns.
  • Industrial machine monitoring with incremental improvements.
  • Fraud detection systems adapting to changing threat models.

Summary and Next Steps

Requirements

  • A solid understanding of machine learning workflows and neural network architectures.
  • Experience with model fine-tuning and deployment pipelines.
  • Familiarity with data versioning and model lifecycle management.

Target Audience

  • AI maintenance engineers.
  • MLOps engineers.
  • Machine learning practitioners responsible for ensuring continuity in the model lifecycle.
 14 Hours

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