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Machine Learning on Kubernetes

You're reading from   Machine Learning on Kubernetes A practical handbook for building and using a complete open source machine learning platform on Kubernetes

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Product type Paperback
Published in Jun 2022
Publisher Packt
ISBN-13 9781803241807
Length 384 pages
Edition 1st Edition
Languages
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Authors (2):
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Ross Brigoli Ross Brigoli
Author Profile Icon Ross Brigoli
Ross Brigoli
Faisal Masood Faisal Masood
Author Profile Icon Faisal Masood
Faisal Masood
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Toc

Table of Contents (16) Chapters Close

Preface 1. Part 1: The Challenges of Adopting ML and Understanding MLOps (What and Why)
2. Chapter 1: Challenges in Machine Learning FREE CHAPTER 3. Chapter 2: Understanding MLOps 4. Chapter 3: Exploring Kubernetes 5. Part 2: The Building Blocks of an MLOps Platform and How to Build One on Kubernetes
6. Chapter 4: The Anatomy of a Machine Learning Platform 7. Chapter 5: Data Engineering 8. Chapter 6: Machine Learning Engineering 9. Chapter 7: Model Deployment and Automation 10. Part 3: How to Use the MLOps Platform and Build a Full End-to-End Project Using the New Platform
11. Chapter 8: Building a Complete ML Project Using the Platform 12. Chapter 9: Building Your Data Pipeline 13. Chapter 10: Building, Deploying, and Monitoring Your Model 14. Chapter 11: Machine Learning on Kubernetes 15. Other Books You May Enjoy

Introducing MLflow

Simply put, MLflow is there to simplify the model development lifecycle. A lot of the data scientist's time is spent finding the right algorithms with the right hyperparameters for the given dataset. As a data scientist, you experiment with different combinations of parameters and algorithms, then review and compare the results to make the right choice. MLflow allows you to record, track, and compare these parameters, their results, and associated metrics. The component of MLflow that captures the details of each of your experiments is called the tracking server. The tracking server captures the environment details of your notebook, such as the Python libraries and their versions, and the artifacts generated by your experiment.

The tracking server allows you to compare the data captured between different runs of an experiment, such as the performance metrics (for example, accuracy) alongside the hyperparameters used. You can also share this data with your...

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