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Practical Deep Learning at Scale with MLflow

You're reading from   Practical Deep Learning at Scale with MLflow Bridge the gap between offline experimentation and online production

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Product type Paperback
Published in Jul 2022
Publisher Packt
ISBN-13 9781803241333
Length 288 pages
Edition 1st Edition
Tools
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Author (1):
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Yong Liu Yong Liu
Author Profile Icon Yong Liu
Yong Liu
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Toc

Table of Contents (17) Chapters Close

Preface 1. Section 1 - Deep Learning Challenges and MLflow Prime
2. Chapter 1: Deep Learning Life Cycle and MLOps Challenges FREE CHAPTER 3. Chapter 2: Getting Started with MLflow for Deep Learning 4. Section 2 –
Tracking a Deep Learning Pipeline at Scale
5. Chapter 3: Tracking Models, Parameters, and Metrics 6. Chapter 4: Tracking Code and Data Versioning 7. Section 3 –
Running Deep Learning Pipelines at Scale
8. Chapter 5: Running DL Pipelines in Different Environments 9. Chapter 6: Running Hyperparameter Tuning at Scale 10. Section 4 –
Deploying a Deep Learning Pipeline at Scale
11. Chapter 7: Multi-Step Deep Learning Inference Pipeline 12. Chapter 8: Deploying a DL Inference Pipeline at Scale 13. Section 5 – Deep Learning Model Explainability at Scale
14. Chapter 9: Fundamentals of Deep Learning Explainability 15. Chapter 10: Implementing DL Explainability with MLflow 16. Other Books You May Enjoy

Setting up MLflow

MLflow is an open source tool that is primarily written in Python. It has over 10,000 stars tagged in its GitHub source repository (https://github.com/mlflow/mlflow). The benefits of using MLflow are numerous, but we can illustrate one benefit with the following scenario: Let's say you are starting a new ML project, trying to evaluate different algorithms and model parameters. Within a few days, you run hundreds of experiments with lots of code changes using different ML/DL libraries and get different models with different parameters and accuracies. You need to compare which model works better and also allow your team members to reproduce the results for model review purposes. Do you prepare a spreadsheet and write down the model name, parameters, accuracies, and location of the models? How can someone else rerun your code or use your trained model with a different set of evaluation datasets? This can quickly become unmanageable when you have lots of iterations...

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