Lecture 1
Course Videos & Slides
STAT 940
Fall 2023
Deep Learning
Lecture 2
Feedforward Neural Network, Backpropagation
Lecture 3
Optimization
Lecture 4
Regularization
Lecture 5
Dropout, Batch Normalization
Lecture 6
Convolutional Neural Networks (CNN)
Lecture 7
Regularization (Layer norm, FRN, TRU), Keras
Lecture 8
Recurrent neural network (RNN)
Lecture 9
Attention mechanism, self-attention, S2S
Lecture 10
Transformers
Lecture 11
BERT and GPT
Lecture 12
Deep Reinforcement Learning (Part 1)
Lecture 13
Deep Reinforcement Learning (Part 2)
Lecture 14
RLHF, ChatGPT, Alignment in LLMs
Lecture 15
Variational Autoencoder, VAE, Performer
Lecture 16
Generative Adversarial Networks (GAN), AAE
Lecture 17
Diffusion Models, DDPMs
Lecture 18
Graph Neural Network (Part 1)
Lecture 19
Graph Neural Network (Part 2)
Lecture 20
PAC Learnability in Deep Learning
STAT 442/842
2017
Data Visualization & Unsupervised Learning
Lecture 1
Principal Component Analysis
Lecture 2
PCA (Ordinary, Dual, Kernel)
Lecture 3
FDA
Lecture 4
MDS, Isomap, LLE
Lecture 5
LLE, Spectral Clustering
Lecture 6
Spectral Clustering, Laplacian Eigenmap, MVU
Lecture 7
MVU, Action Respecting Embedding, Supervised PCA
Lecture 8
Supervised PCA
Lecture 9
SPCA, Nystrom Approximation, NMF
Lecture 10
NMF via R1D algorithm
Lecture 11
Sum-Product Networks
Lecture 12
Neural Networks, Autoencoders, Word2Vec
Lecture 13
Word2Vec Skip-Gram
Lecture 14
Autoencoders, Clustering, Mixture of Gaussians
Lecture 15
t-SNE
Lecture 16
Variational Autoencoders
STAT 441/841
Winter 2017
Statistical Learning — Classification
Lecture 1
Intro to classifiers, Bayesian classifiers, LDA and QDA
Lecture 2
QDA, PCA
Lecture 3
FDA
Lecture 4
Logistic regression
Lecture 5
Model selection, Neural Networks
Lecture 6
Spectral Clustering, Laplacian Eigenmap, MVU
Lecture 7
Back Propagation, RBF
Lecture 8
Complexity control for RBF
Lecture 9
Regularization, Hard Margin SVM
Lecture 10
SVM, Kernel SVM
Lecture 11
Soft Margin SVM
Lecture 12
Metric Learning
Lecture 13
SPCA, Naive Bayes, K-nearest neighbour
Lecture 14
Convolutional Neural Networks
Lecture 15
Random features, Tree
Lecture 16
Tree, Boosting method
Lecture 17
Boosting method
Lecture 18
Bagging
Deep Learning
2017
Deep Learning
Lecture 1
Sep 7: Introduction (no video)
Lecture 2
Sep 12: Perceptron, FFNN, Backpropagation
Lecture 3
Sep 14: Overfitting, Regularization
Lecture 4
Sep 19: Weight Decay, Introduction to Keras
Lecture 5
Sep 26: Regularization, Dropout
Lecture 6
Sep 28: Batch Normalization, CNN
Lecture 7
Oct 3: CNN
Lecture 8
Oct 5: RNN
Lecture 9
Oct 12 Part 1: Variational Autoencoder
Lecture 10
Oct 12 Part 2: Variational Autoencoder
Lecture 11
Oct 17: Sum Product Network
Lecture 12
Oct 19: Deep Reinforcement Learning
Lecture 13
Oct 24: Generative Adversarial Networks
STAT 441/841 & CM 763
Fall 2015
Statistical Learning — Classification
Lecture 1
Machine Learning, Introduction
Lecture 2
Formal definition of classification, Linear discriminant analysis (LDA), Quadratic discriminant analysis (QDA)
Lecture 3
QDA, Principal Component Analysis (PCA)
Lecture 4
PCA, Fisher’s Discriminant Analysis (FDA)
Lecture 5
Logistic Regression
Lecture 6
Logistic Regression, Perceptron
Lecture 7
Backpropagation
Lecture 8
Radial Basis Function Networks
Lecture 9
Stein’s unbiased risk estimate (SURE)
Lecture 10
Weight decay
Lecture 11
Hard margin SVM
Lecture 12
Soft margin SVM
Lecture 13
Dual PCA, Supervised PCA
Lecture 14
Supervised PCA, Decision tree
Lecture 15
Decision Tree, KNN
Lecture 16
Boosting
Lecture 17
Bagging, Convolutional Networks (part 1)
Lecture 18
Convolutional neural network (part 2)
Lecture 19
PAC Learning
STAT 946
Fall 2015
Topics in Probability and Statistics: Deep Learning
Course resources
Course resources
Lecture 1.1
Introduction
Lecture 1.2
Perceptron, Feedforward Neural Network, Back propagation
Lecture 2.1
Regularization
Lecture 2.2
Regularization
Lecture 3.1
Word2vec
Lecture 3.2
Word2vec
Lecture 4.1
Sum-Product Networks
Lecture 4.2
Sum-Product Networks
Lecture 5.1
Recurrent neural network
Lecture 5.2
Recurrent neural network
Lecture 6
Convolutional network
Lecture 7
Restricted Boltzmann Machine (RBM)
Tutorial
Theano Tutorial
Tutorial
