Book Image

Numerical Computing with Python

By : Pratap Dangeti, Allen Yu, Claire Chung, Aldrin Yim, Theodore Petrou
Book Image

Numerical Computing with Python

By: Pratap Dangeti, Allen Yu, Claire Chung, Aldrin Yim, Theodore Petrou

Overview of this book

Data mining, or parsing the data to extract useful insights, is a niche skill that can transform your career as a data scientist Python is a flexible programming language that is equipped with a strong suite of libraries and toolkits, and gives you the perfect platform to sift through your data and mine the insights you seek. This Learning Path is designed to familiarize you with the Python libraries and the underlying statistics that you need to get comfortable with data mining. You will learn how to use Pandas, Python's popular library to analyze different kinds of data, and leverage the power of Matplotlib to generate appealing and impressive visualizations for the insights you have derived. You will also explore different machine learning techniques and statistics that enable you to build powerful predictive models. By the end of this Learning Path, you will have the perfect foundation to take your data mining skills to the next level and set yourself on the path to become a sought-after data science professional. This Learning Path includes content from the following Packt products: • Statistics for Machine Learning by Pratap Dangeti • Matplotlib 2.x By Example by Allen Yu, Claire Chung, Aldrin Yim • Pandas Cookbook by Theodore Petrou
Table of Contents (21 chapters)
Title Page
Contributors
About Packt
Preface
Index

Chapter 5. Reinforcement Learning

Reinforcement learning (RL) is the third major section of machine learning after supervised and unsupervised learning. These techniques have gained a lot of traction in recent years in the application of artificial intelligence. In reinforcement learning, sequential decisions are to be made rather than one shot decision making, which makes it difficult to train the models in a few cases. In this chapter, we would be covering various techniques used in reinforcement learning with practical examples to support with. Though covering all topics are beyond the scope of this book, but we did cover the most important fundamentals here for a reader to create enough enthusiasm on this subject. Topics discussed in this chapter are:

  • Markov decision process
  • Bellman equations
  • Dynamic programming
  • Monte Carlo methods
  • Temporal difference learning