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. They provide foundational and other interesting material
about the topics. The lectures will not necessarily cover all of this
material.
The main text is the forthcoming book "Probabilistic Models and
Machine Learning" by David M. Blei. We will provide a draft to enrolled
students. These readings supplement the book.
- The ingredients of probabilistic models
- Linear and Logistic Regression
- Stochastic Optimization
- Markov chain Monte Carlo
- Topic models and mixed-membership models
- Introduction to variational inference
- Matrix factorization and efficient MAP inference
- Exponential families, conjugate priors, and generalized linear models
- "The exponential family" (Bishop, 2006; Section 2.4)
- "An outline of generalized linear models" (McCullagh
and Nelder, 1989; Chapter 2)
- "Conjugate priors for exponential families"
(Diaconis and Ylvisaker, 1979)
- "Exponential families in theory and practice" (Efron, 2018)
- Hierarchical models, robust models, and empirical Bayes
- "Multi-level structures" (Gelman and Hill, 2007; Chapter 11)
- "Multi-level linear models: The basics" (Gelman and Hill, 2007;
Chapter 12)
- "Bayes, oracle Bayes, and empirical Bayes" (Efron, 2019)
- Deep probabilistic models
- Generative artificial intelligence
- Advanced topics in variational inference
- "Black box variational inference" (Ranganath et al.,
2014)
- "Graphical models, exponential families, and variational
inference"
(Wainwright and Jordan, 2008)
- "Monte Carlo gradient estimation in machine learning" (Mohamed e
al., 2019)
- "Automatic differentiation variational inference" (Kucukelbir et
al., 2017)
- "Covariance, robustness, and variational Bayes"
(Broderick et al., 2018)
- "ELBO surgery: Yet another way to carve up the variational
evidence lower bound" (Hoffman and Johnson,
2016)
- "An optimization-centric view on Bayes' rule: Reviewing and
generalizing variational inference" (Knoblauch et al.,
2022)
- The theory of graphical models
- "Conditional independence and factorization" (Jordan, 2003;
Chapter 2)
- "The elimination algorithm" (Jordan, 2003; Chapter 3)
- "Probability propagation and factor graphs" (Jordan, 2003; Chapter
4)
- Model criticism and model diagnosis
- Simulation-based inference
- Bayesian optimization
- An introduction to causality