Overview
Syllabus
1.2 What Is Machine Learning (UvA - Machine Learning 1 - 2020).
1.3 Types Of Machine Learning (UvA - Machine Learning 1 - 2020).
1.4 Probability Theory Bayes (UvA - Machine Learning 1 - 2020).
1.5 Probability Theory: Example (UvA - Machine Learning 1 - 2020).
2.1 Expectation Variance (UvA - Machine Learning 1 - 2020).
2.2 Gaussian (UvA - Machine Learning 1 - 2020).
2.3 Maximum Likelihood (UvA - Machine Learning 1 - 2020).
2.4 Maximum Likelihood: Example (UvA - Machine Learning 1 - 2020).
2.5 Maximum A Posteriori (UvA - Machine Learning 1 - 2020).
2.6 Bayesian Prediction (UvA - Machine Learning 1 - 2020).
3.1 Linear Regression With Basis Functions (UvA - Machine Learning 1 - 2020).
3.2 Linear Regression Via Maximum Likelihood (UvA - Machine Learning 1 - 2020).
3.3 Stochastic Gradient Descent (UvA - Machine Learning 1 - 2020).
3.4 Underfitting Overfitting (UvA - Machine Learning 1 - 2020).
3.5 Regularized Least Squares (UvA - Machine Learning 1 - 2020).
4.1 Model Selection (UvA - Machine Learning 1 - 2020).
4.2 Bias Variance Decomposition (UvA - Machine Learning 1 - 2020).
4.3 Gaussian Posteriors (UvA - Machine Learning 1 - 2020).
4.4 Sequential Bayesian Learning (UvA - Machine Learning 1 - 2020).
4.5 Bayesian Predictive Distributions (UvA - Machine Learning 1 - 2020).
5.1 Equivalent Kernel (UvA - Machine Learning 1 - 2020).
5.2 Bayesian Model Comparison (UvA - Machine Learning 1 - 2020).
5.3 Model Evidence Approximation and Empirical Bayes (UvA - Machine Learning 1 - 2020).
5.4 Classification With Decision Regions (UvA - Machine Learning 1 - 2020).
5.5 Decision Theory (UvA - Machine Learning 1 - 2020).
5.6 Probabilistic Generative Models (UvA - Machine Learning 1 - 2020).
6.1 Probabilistic Generative Modeling: Maximum Likelihood (UvA - Machine Learning 1 - 2020).
6.2 Probabilistic Generative Modeling: Discrete Data (UvA - Machine Learning 1 - 2020).
6.3 Discriminant Functions (UvA - Machine Learning 1 - 2020).
6.4 Discriminant Functions: Least Squares Regression (UvA - Machine Learning 1 - 2020).
6.5 Discriminant Functions: The Perceptron (UvA - Machine Learning 1 - 2020).
7.1 Classification With Basis Functions (UvA - Machine Learning 1 - 2020).
7.2 Probabilistic Discriminative Models: Logistic Regression (UvA - Machine Learning 1 - 2020).
7.3 Logistic Regression: Stochastic Gradient Descent (UvA - Machine Learning 1 - 2020).
7.4 Logistic Regression: Newton Raphson (UvA - Machine Learning 1 - 2020).
8.1 Neural Networks (UvA - Machine Learning 1 - 2020).
8.2 Neural Networks: Universal Approximation Theorem (UvA - Machine Learning 1 - 2020).
8.3 Neural Networks: Losses (UvA - Machine Learning 1 - 2020).
8.4 Neural Networks: Stochastic Gradient Descent (UvA - Machine Learning 1 - 2020).
8.5 Neural Networks: Backpropagation (UvA - Machine Learning 1 - 2020).
9.1 Unsupervised Learning: Latent Variable Models (UvA - Machine Learning 1 - 2020).
9.2 K-Means Clustering (UvA - Machine Learning 1 - 2020).
9.3 Intermezzo: Lagrange Multipliers (UvA - Machine Learning 1 - 2020).
9.4 Gaussian Mixture Models And Expectation Maximization (UvA - Machine Learning 1 - 2020).
10.1 Principal Component Analysis: Maximum Variance (UvA - Machine Learning 1 - 2020).
10.2 Principal Component Analysis: Minimal Reconstruction Error (UvA - Machine Learning 1 - 2020).
10.3 Probabilistic Principal Component Analysis (UvA - Machine Learning 1 - 2020).
10.4 Non-Linear Principal Component Analysis (UvA - Machine Learning 1 - 2020).
11.1 Kernelizing Linear Models (UvA - Machine Learning 1 - 2020).
11.2 The Kernel Trick (UvA - Machine Learning 1 - 2020).
11.3 Support Vector Machines: Maximum Margin Classifiers (UvA - Machine Learning 1 - 2020).
11.4 Intermezzo: Inequality Constraint Optimization (UvA - Machine Learning 1 - 2020).
11.5 Support Vector Machines: Kernel SVM (UvA - Machine Learning 1 - 2020).
11.6 Support Vector Machines: Soft-Margin Classifiers (UvA - Machine Learning 1 - 2020).
12.1 Some Properties Of Gaussian Distributions (UvA - Machine Learning 1 - 2020).
12.2 Kernelizing Bayesian Regression (UvA - Machine Learning 1 - 2020).
12.3 Gaussian Processes (UvA - Machine Learning 1 - 2020).
12.4 Gaussian Processes With An Exponential Kernel (UvA - Machine Learning 1 - 2020).
12.5 Gaussian Processes: Regression (UvA - Machine Learning 1 - 2020).
13.1 Model Combination Methods Vs Bayesian Model Averaging (UvA - Machine Learning 1 - 2020).
13.2 Bootstrapping And Feature Bagging (UvA - Machine Learning 1 - 2020).
13.3 Boosting (UvA - Machine Learning 1 - 2020).
13.4 Decision Trees And Random Forests (UvA - Machine Learning 1 - 2020).
Taught by
Erik Bekkers