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You will learn to:
Load the dataset for predicting heart diseases.
Convert the continuous features to binary.
Implement the ID3 algorithm for creating decision trees.
Evaluate the classifier.
Skills
Machine Learning
Recursion
Prerequisites
Intermediate programming skills in Python
Basic knowledge of machine learning
Technologies
NumPy
Python
Pandas
Project Description
In this project, we’ll implement the decision tree classifier from scratch in Python. The decision tree classifier is a machine learning model that creates an N-ary tree where each node (or decision stump) represents a feature in the training data. Once the tree is constructed, it can be traversed by providing the classes for each feature in a row of the test dataset.
Moreover, we’ll implement the
Project Tasks
1
Getting Started
Task 0: Get Started
Task 1: Prepare the Environment
2
The Decision Tree ID 3 Algorithm
Task 2: Calculate the Entropy of a Feature
Task 3: Select the Best Feature
Task 4: Retrieve the Subtable
Task 5: Build the Decision Tree
Task 6: Generate Predictions
3
Preprocess the Data
Task 7: Compute the Information Gain of the Feature
Task 8: Convert the Continuous Features to Binary
Task 9: Preprocess the Data
4
Train, Predict, and Evaluate the Model
Task 10: Train the Model and Make Predictions
Task 11: Display the Confusion Matrix
Task 12: Compute the Evaluation Metrics
Congratulations!
Relevant Courses
Use the following content to review prerequisites or explore specific concepts in detail.