Introductory Machine Learning Algorithms in Python with scikit-learn

scikit-learnScikit-Learn
pythonpython
ClockIcon33m
Hannah Davis
By

Hannah Davis

I’m a programmer, data scientist, and musician. I like music generation, data visualization and sonification, natural language processing, machine learning, and storytelling in various formats. I’m currently working on TransProse, a program that translates literature (and emotional data) into music, and creating datasets for machine learning.

About the Course

Artificial intelligence. Machine learning. Bots. Computers learning and communicating with us to do our bidding. But, where do you start? How do you get a machine to even begin to understand what you speak or type at it? There are several common machine learning algorithms that will help us begin to answer these questions.

In this course we’ll learn about common machine learning algorithms that don’t require implementing a neural network. We will not be going too much into the math behind them, but instead learn what each algorithm is good for, and how to train them. We'll also learn about a few metrics for evaluating models.

We’ll implement these in Python using scikit-learn using scikit-learn’s built-in data sets. The focus of this course is on implementation and a high-level understanding of these algorithms.

We'll look at a few ways to evaluate our models, for both classification and regression models. We'll touch on mean squared error and coefficient of determination (for regression), and accuracy score, logarithmic loss, confusion matrices, and classification reports (for classification).

Python 2.7 is used in the lesson videos but the code provided has Python 3 available. The only breaking change is the print statement API.

For additional information on installation, vocabulary, and common errors visit the README.md to the course code attached to each lesson.