Book Image

Python Machine Learning Blueprints - Second Edition

By : Alexander Combs, Michael Roman
Book Image

Python Machine Learning Blueprints - Second Edition

By: Alexander Combs, Michael Roman

Overview of this book

Machine learning is transforming the way we understand and interact with the world around us. This book is the perfect guide for you to put your knowledge and skills into practice and use the Python ecosystem to cover key domains in machine learning. This second edition covers a range of libraries from the Python ecosystem, including TensorFlow and Keras, to help you implement real-world machine learning projects. The book begins by giving you an overview of machine learning with Python. With the help of complex datasets and optimized techniques, you’ll go on to understand how to apply advanced concepts and popular machine learning algorithms to real-world projects. Next, you’ll cover projects from domains such as predictive analytics to analyze the stock market and recommendation systems for GitHub repositories. In addition to this, you’ll also work on projects from the NLP domain to create a custom news feed using frameworks such as scikit-learn, TensorFlow, and Keras. Following this, you’ll learn how to build an advanced chatbot, and scale things up using PySpark. In the concluding chapters, you can look forward to exciting insights into deep learning and you'll even create an application using computer vision and neural networks. By the end of this book, you’ll be able to analyze data seamlessly and make a powerful impact through your projects.
Table of Contents (13 chapters)

Use Machine Learning to Forecast the Stock Market

Just recently, I was reading an article that described the tremendous success of a particular treatment in combating the Methicillin-resistant Staphylococcus aureus (MRSA) superbug. If you haven't heard of MRSA directly, it is likely you've heard something about current concerns that we are headed toward a time when our antibiotics will no longer be effective. This is largely an inevitable phenomenon that occurs because some bugs in the population are genetically more resistant to the relevant drug. When bugs that are susceptible to the drug are wiped out during treatment, the remaining drug-resistant bugs then reproduce and become the dominant variant in the population. To combat this, scientists are constantly pushing the boundaries of science to find new ways to combat these bugs.

In biology, this situation is called...