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In-Memory Analytics with Apache Arrow

You're reading from   In-Memory Analytics with Apache Arrow Accelerate data analytics for efficient processing of flat and hierarchical data structures

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Product type Paperback
Published in Sep 2024
Publisher Packt
ISBN-13 9781835461228
Length 406 pages
Edition 2nd Edition
Languages
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Author (1):
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Matthew Topol Matthew Topol
Author Profile Icon Matthew Topol
Matthew Topol
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Toc

Table of Contents (18) Chapters Close

Preface 1. Part 1: Overview of What Arrow is, Its Capabilities, Benefits, and Goals
2. Chapter 1: Getting Started with Apache Arrow FREE CHAPTER 3. Chapter 2: Working with Key Arrow Specifications 4. Chapter 3: Format and Memory Handling 5. Part 2: Interoperability with Arrow: The Power of Open Standards
6. Chapter 4: Crossing the Language Barrier with the Arrow C Data API 7. Chapter 5: Acero: A Streaming Arrow Execution Engine 8. Chapter 6: Using the Arrow Datasets API 9. Chapter 7: Exploring Apache Arrow Flight RPC 10. Chapter 8: Understanding Arrow Database Connectivity (ADBC) 11. Chapter 9: Using Arrow with Machine Learning Workflows 12. Part 3: Real-World Examples, Use Cases, and Future Development
13. Chapter 10: Powered by Apache Arrow 14. Chapter 11: How to Leave Your Mark on Arrow 15. Chapter 12: Future Development and Plans 16. Index 17. Other Books You May Enjoy

Using Arrow with the standard tools for ML

With the explosion of the Python ecosystem of ML tools and utilities, several frameworks have become the de facto standard for building out pipelines for training and running inference. The most popular of these are PyTorch and TensorFlow, both of which have integrations with Hugging Face, along with various systems that are built on top of them. Both TensorFlow and PyTorch are open source libraries, the former released under the Apache License 2.0 and the latter under the BSD-3 license.

The primary data structure that’s used in both TensorFlow and PyTorch is a tensor or n-dimensional array. ML models are generally made up of multiple layers of computations, where each layer has a tensor for input and a tensor for output to the next layer. Simply put, you can describe tensors as follows (depicted in Figure 9.9):

  • A one-dimensional tensor is generally referred to as a vector – that is, [1, 2, 3, 4]
  • A two-dimensional...
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