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Data Science  with Python

You're reading from   Data Science with Python Combine Python with machine learning principles to discover hidden patterns in raw data

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Product type Paperback
Published in Jul 2019
Publisher Packt
ISBN-13 9781838552862
Length 426 pages
Edition 1st Edition
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Authors (3):
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Rohan Chopra Rohan Chopra
Author Profile Icon Rohan Chopra
Rohan Chopra
Mohamed Noordeen Alaudeen Mohamed Noordeen Alaudeen
Author Profile Icon Mohamed Noordeen Alaudeen
Mohamed Noordeen Alaudeen
Aaron England Aaron England
Author Profile Icon Aaron England
Aaron England
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Toc

Table of Contents (10) Chapters Close

About the Book 1. Introduction to Data Science and Data Pre-Processing FREE CHAPTER 2. Data Visualization 3. Introduction to Machine Learning via Scikit-Learn 4. Dimensionality Reduction and Unsupervised Learning 5. Mastering Structured Data 6. Decoding Images 7. Processing Human Language 8. Tips and Tricks of the Trade 1. Appendix

XGBoost Library

The library we used to perform the above classification is named XGBoost. The library enables a lot of customization using the many parameters it has. In the following sections, we will dive in and understand the different parameters and functions of the XGBoost library.

Note

For more information about XGBoost, refer the website: https://xgboost.readthedocs.io

Training

Parameters that affect the training of any XGBoost model are listed below.

  • booster: Even though we mentioned in the introduction that the base learner of XGBoost is a regression tree, using this library, we can use linear regression as the weak learner as well. Another weak learner, DART booster, is a new method to tree boosting, which drops trees at random to prevent overfitting. To use tree boosting, pass "gbtree" (default); for linear regression, pass "gblinear"; and for tree boosting with dropout, pass "dart".

    Note

    You may learn more about DART from this paper: http://www.jmlr...

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