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Cracking the Data Science Interview

You're reading from   Cracking the Data Science Interview Unlock insider tips from industry experts to master the data science field

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Product type Paperback
Published in Feb 2024
Publisher Packt
ISBN-13 9781805120506
Length 404 pages
Edition 1st Edition
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Authors (2):
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Leondra R. Gonzalez Leondra R. Gonzalez
Author Profile Icon Leondra R. Gonzalez
Leondra R. Gonzalez
Aaren Stubberfield Aaren Stubberfield
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Aaren Stubberfield
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Table of Contents (21) Chapters Close

Preface 1. Part 1: Breaking into the Data Science Field FREE CHAPTER
2. Chapter 1: Exploring Today’s Modern Data Science Landscape 3. Chapter 2: Finding a Job in Data Science 4. Part 2: Manipulating and Managing Data
5. Chapter 3: Programming with Python 6. Chapter 4: Visualizing Data and Data Storytelling 7. Chapter 5: Querying Databases with SQL 8. Chapter 6: Scripting with Shell and Bash Commands in Linux 9. Chapter 7: Using Git for Version Control 10. Part 3: Exploring Artificial Intelligence
11. Chapter 8: Mining Data with Probability and Statistics 12. Chapter 9: Understanding Feature Engineering and Preparing Data for Modeling 13. Chapter 10: Mastering Machine Learning Concepts 14. Chapter 11: Building Networks with Deep Learning 15. Chapter 12: Implementing Machine Learning Solutions with MLOps 16. Part 4: Getting the Job
17. Chapter 13: Mastering the Interview Rounds 18. Chapter 14: Negotiating Compensation 19. Index 20. Other Books You May Enjoy

Summarizing other notable machine learning models

In the dynamic landscape of machine learning, a plethora of models cater to diverse data and problem domains. In this section, we will highlight other notable models, each offering unique capabilities and addressing specific challenges. From text processing to survival analysis, we’ll explore a spectrum of models that expand the horizons of machine learning applications.

So, let’s take a look:

  • Generalized additive models (GAMs): GAMs extend linear regression by accommodating nonlinear relationships between variables. By employing smooth functions, GAMs offer a flexible framework to capture complex interactions and patterns in data, making them valuable tools for various domains, including environmental science, economics, and healthcare.
  • Naïve Bayes: This is a probabilistic classifier grounded in Bayes’ theorem. Despite its simplicity, Naive Bayes excels in text classification, spam filtering...
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