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In-Memory Analytics with Apache Arrow

You're reading from   In-Memory Analytics with Apache Arrow Perform fast and efficient data analytics on both flat and hierarchical structured data

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Product type Paperback
Published in Jun 2022
Publisher Packt
ISBN-13 9781801071031
Length 392 pages
Edition 1st Edition
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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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Table of Contents (16) Chapters Close

Preface 1. Section 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: Data Science with Apache Arrow 5. Section 2: Interoperability with Arrow: pandas, Parquet, Flight, and Datasets
6. Chapter 4: Format and Memory Handling 7. Chapter 5: Crossing the Language Barrier with the Arrow C Data API 8. Chapter 6: Leveraging the Arrow Compute APIs 9. Chapter 7: Using the Arrow Datasets API 10. Chapter 8: Exploring Apache Arrow Flight RPC 11. Section 3: Real-World Examples, Use Cases, and Future Development
12. Chapter 9: Powered by Apache Arrow 13. Chapter 10: How to Leave Your Mark on Arrow 14. Chapter 11: Future Development and Plans 15. Other Books You May Enjoy

SPARKing new ideas on Jupyter

Apache Spark is an open source analytics engine for distributed processing across large clusters to take advantage of parallelism and fault tolerance that can come from such designs. It is also very likely, in my opinion, the most loved and simultaneously hated piece of software since the invention of JavaScript! The love comes from the workflows it enables, but it is notoriously fragile and difficult to use properly. If you aren't familiar with Spark, it is commonly used in conjunction with Scala, Java, Python, and/or R in addition to being able to run distributed SQL queries. Because Python is easy to pick up and very quick to write, data scientists will often utilize Jupyter notebooks and Python to quickly create and test models for analysis.

This workflow is excellent for quickly iterating on various ideas and proving their correctness. However, engineers and data scientists often find themselves beholden by the fact that, frankly, Python is...

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