|
4 years ago | |
---|---|---|
.. | ||
solution | 4 years ago | |
translations | 4 years ago | |
README.md | 4 years ago | |
assignment.md | 4 years ago | |
notebook.ipynb | 4 years ago |
README.md
Introduction to Classification
In these four lessons, you will discover the 'meat and potatoes' of classic machine learning - Classification. No pun intended - we will walk through using various classification algorithms with a dataset all about the brilliant cuisines of Asia. Hope you're hungry!
Classification is a form of supervised learning that bears a lot in common with Regression techniques. If machine learning is all about assigning names to things via datasets, then classification generally falls into two groups: binary classification and multiclass classfication.
Remember, Linear Regression helped you predict relationships between variables and make accurate predictions on where a new datapoint would fall in relationship to that line. So, you could predict what price a pumpkin would be in September vs. December, for example. Logistic Regression helped you discover binary categories: at this price point, is this pumpkin orange or not-orange?
Classification uses various algorithms to determine other ways of determining a data point's label or class. Let's work with this recipe data to see whether, by observing a group of ingredients, we can determine its cuisine of origin.
🎥 Click the image above for a video: MIT's John Guttag introduces Classification
Pre-lecture quiz
Introduction
Before working to clean the data and prepare it for analysis, it's useful to understand several of the algorithms that you will use.
Support-vector machines Naive Bayes Decision trees K-nearest neighbor algorithm
Prerequisite
What steps should have been covered before this lesson?
Preparation
Preparatory steps to start this lesson
[Step through content in blocks]
[Topic 1]
Task:
Work together to progressively enhance your codebase to build the project with shared code:
code blocks
✅ Knowledge Check - use this moment to stretch students' knowledge with open questions
[Topic 2]
[Topic 3]
🚀Challenge
Add a challenge for students to work on collaboratively in class to enhance the project
Optional: add a screenshot of the completed lesson's UI if appropriate