If you haven鈥檛 read my post on linear regression I invite you to do so here, but basically it is a method for modelling the relationship between variables \(X_i\) and a target feature \(y\) in a linear model. This modelling is done through learning weights \(\theta_i\) for each \(X_i\) supposing that our model looks something like this:
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Today I want to explain linear regression. It is one of the simplest statistical learning models and can be implemented in only a couple lines of Python code, in an efficient manner. Being so simple however does not mean it is not useful, in fact it can be very practical to explore relationships between features in a dataset and make predictions on a target value. Therefore I think it鈥檚 important to understand how the method works and how the different parameters have an effect on the outcome.
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The goal of this project is to reproduce the methods and experiments of the following paper:
C. Cortes, X. Gonzalvo, V. Kuznetsov, M. Mohri, S. Yang AdaNet: Adaptive Structural Learning of Artificial Neural Networks. We will try to reproduce their method that consists in building neural networks whose structure is learned and optimized at the same time as it鈥檚 weights.This method will be applied to a binary classification task on images from the CIFAR-10 dataset.
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This is Part 3 of my decision trees series. This time around we are going to code a decision tree in Python. So I鈥檓 going to try to make this code as understandable as possible, but if you are not familiar with Object Oriented Programming (OOP) or recursion you might have a tougher time.
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This is Part 2. of my decision tree series. Here we will see how we can build a decision tree algorithmically using Leo Breiman鈥檚 (One of the big, big names in decision trees) CART algorithm.
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The first subject I want to tackle on this page is decision trees. What are they? How do they work? How can I make one?
I am planning to make a small series, ranging from explaining the concept, to implementing a decision tree inference algorithm and hopefully all the way up to implementing Random Forests.
All right let鈥檚 get started.
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