Topics and readings

Below are topics of the class and some readings about each. (These topics and readings are subject to change.)

The readings are at different levels: some are basic and some are advanced. We chose them to provide fundamental and other interesting material about the topics. Note that the lectures will not necessarily cover all of this material.

Many of these topics are also covered in the forthcoming book "Probabilistic Models and Machine Learning" by David M. Blei, which we will distribute in class. You are always welcome to read from the book.

  1. The ingredients of probabilistic models
  2. Linear and Logistic Regression
  3. Stochastic Optimization
  4. Bayesian mixture models and the Gibbs sampler
  5. Mixed-membership models, topic models, and variational inference
  6. Matrix factorization and efficient MAP inference
  7. Exponential families, conjugate priors, and generalized linear models
  8. Hierarchical models, robust models, and empirical Bayes
  9. Deep probabilistic models
  10. Generative artificial intelligence
  11. Advanced topics in variational inference
  12. The theory of graphical models
  13. Model criticism and model diagnosis
  14. An introduction to causality