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Decision Tree

A supervised machine learning algorithm that makes predictions by splitting data into branches based on feature values until a final decision is reached.

What is a Decision Tree?

A decision tree begins with a root node and repeatedly splits data based on selected features or conditions. Each branch represents the outcome of a decision, while the final leaf nodes represent the model’s prediction. Decision trees can handle both classification and regression tasks and are often easy to visualize and interpret.

Why is a Decision Tree Important?

Decision trees provide a relatively transparent way to understand how a model reaches its predictions. They can capture non-linear relationships, work with different types of data, and require relatively little preprocessing. However, individual trees can overfit training data if they become too complex.

Common use cases

Decision trees are commonly used in classification, regression, risk assessment, fraud detection, customer segmentation, medical diagnosis, and financial decision-making.