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Machine Learning Engineering with MLflow

You're reading from   Machine Learning Engineering with MLflow Manage the end-to-end machine learning life cycle with MLflow

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Product type Paperback
Published in Aug 2021
Publisher Packt
ISBN-13 9781800560796
Length 248 pages
Edition 1st Edition
Tools
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Author (1):
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Natu Lauchande Natu Lauchande
Author Profile Icon Natu Lauchande
Natu Lauchande
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Table of Contents (18) Chapters Close

Preface 1. Section 1: Problem Framing and Introductions
2. Chapter 1: Introducing MLflow FREE CHAPTER 3. Chapter 2: Your Machine Learning Project 4. Section 2: Model Development and Experimentation
5. Chapter 3: Your Data Science Workbench 6. Chapter 4: Experiment Management in MLflow 7. Chapter 5: Managing Models with MLflow 8. Section 3: Machine Learning in Production
9. Chapter 6: Introducing ML Systems Architecture 10. Chapter 7: Data and Feature Management 11. Chapter 8: Training Models with MLflow 12. Chapter 9: Deployment and Inference with MLflow 13. Section 4: Advanced Topics
14. Chapter 10: Scaling Up Your Machine Learning Workflow 15. Chapter 11: Performance Monitoring 16. Chapter 12: Advanced Topics with MLflow 17. Other Books You May Enjoy

Adding experiments

So, in this section, we will use the experiments module in MLflow to track the different runs of different models and post them in our workbench database so that the performance results can be compared side by side.

The experiments can actually be done by different model developers as long as they are all pointing to a shared MLflow infrastructure.

To create our first, we will pick a set of model families and evaluate our problem on each of the cases. In broader terms, the major families for classification can be tree-based models, linear models, and neural networks. By looking at the metric that performs better on each of the cases, we can then direct tuning to the best model and use it as our initial model in production.

Our choice for this section includes the following:

  • Logistic Classifier: Part of the family of linear-based models and a commonly used baseline.
  • Xgboost: This belongs to the family of tree boosting algorithms where many weak...
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