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Federated Learning with Python

You're reading from   Federated Learning with Python Design and implement a federated learning system and develop applications using existing frameworks

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Product type Paperback
Published in Oct 2022
Publisher Packt
ISBN-13 9781803247106
Length 326 pages
Edition 1st Edition
Languages
Concepts
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Authors (2):
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George Jeno George Jeno
Author Profile Icon George Jeno
George Jeno
Kiyoshi Nakayama, PhD Kiyoshi Nakayama, PhD
Author Profile Icon Kiyoshi Nakayama, PhD
Kiyoshi Nakayama, PhD
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Toc

Table of Contents (17) Chapters Close

Preface 1. Part 1 Federated Learning – Conceptual Foundations
2. Chapter 1: Challenges in Big Data and Traditional AI FREE CHAPTER 3. Chapter 2: What Is Federated Learning? 4. Chapter 3: Workings of the Federated Learning System 5. Part 2 The Design and Implementation of the Federated Learning System
6. Chapter 4: Federated Learning Server Implementation with Python 7. Chapter 5: Federated Learning Client-Side Implementation 8. Chapter 6: Running the Federated Learning System and Analyzing the Results 9. Chapter 7: Model Aggregation 10. Part 3 Moving Toward the Production of Federated Learning Applications
11. Chapter 8: Introducing Existing Federated Learning Frameworks 12. Chapter 9: Case Studies with Key Use Cases of Federated Learning Applications 13. Chapter 10: Future Trends and Developments 14. Index 15. Other Books You May Enjoy Appendix: Exploring Internal Libraries

Understanding FL

This section focuses on providing a high-level technical understanding of how FL actually slots in as a solution to the problem setting described in the previous section. The goal of this section is for you to understand how FL fits as a solution, and to provide a conceptual basis that will be filled in by the subsequent chapters.

Defining FL

Federated learning is a method to synthesize global models from local models trained on the edge. FL was first developed by Google in 2016 for their Gboard application, which incorporates the context of an Android user’s typing history to suggest corrections and propose candidates for subsequent words. Indeed, this is the exact word recommendation problem discussed in the Edge inference and Edge training sections. The solution that Google produced was a decentralized training approach where an iterative process would compute model training updates at the edge, aggregating these updates to produce the global update...

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