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Machine Learning with the Elastic Stack

You're reading from   Machine Learning with the Elastic Stack Gain valuable insights from your data with Elastic Stack's machine learning features

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Product type Paperback
Published in May 2021
Publisher Packt
ISBN-13 9781801070034
Length 450 pages
Edition 2nd Edition
Languages
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Authors (3):
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Camilla Montonen Camilla Montonen
Author Profile Icon Camilla Montonen
Camilla Montonen
Rich Collier Rich Collier
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Rich Collier
Bahaaldine Azarmi Bahaaldine Azarmi
Author Profile Icon Bahaaldine Azarmi
Bahaaldine Azarmi
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Toc

Table of Contents (19) Chapters Close

Preface 1. Section 1 – Getting Started with Machine Learning with Elastic Stack
2. Chapter 1: Machine Learning for IT FREE CHAPTER 3. Chapter 2: Enabling and Operationalization 4. Section 2 – Time Series Analysis – Anomaly Detection and Forecasting
5. Chapter 3: Anomaly Detection 6. Chapter 4: Forecasting 7. Chapter 5: Interpreting Results 8. Chapter 6: Alerting on ML Analysis 9. Chapter 7: AIOps and Root Cause Analysis 10. Chapter 8: Anomaly Detection in Other Elastic Stack Apps 11. Section 3 – Data Frame Analysis
12. Chapter 9: Introducing Data Frame Analytics 13. Chapter 10: Outlier Detection 14. Chapter 11: Classification Analysis 15. Chapter 12: Regression 16. Chapter 13: Inference 17. Other Books You May Enjoy Appendix: Anomaly Detection Tips

Chapter 9: Introducing Data Frame Analytics

In the first section of this book, we took an in-depth tour of anomaly detection, the first machine learning capability to be directly integrated into the Elastic Stack. In this chapter and the following one, we will take a dive into the new machine learning features integrated into the stack. These include outlier detection, a novel unsupervised learning technique for detecting unusual data points in non-timeseries indices, as well as two supervised learning features, classification and regression.

Supervised learning algorithms use labeled datasets – for example, a dataset describing various aspects of tissue samples along with whether or not the tissue is malignant – to learn a model. This model can then be used to make predictions on previously unseen data points (or tissue samples, to continue our example). When the target of prediction is a discrete variable or a category such as a malignant or non-malignant tissue...

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