Notebooks about Bayesian methods for machine learning
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Updated
Jul 12, 2026 - Jupyter Notebook
Notebooks about Bayesian methods for machine learning
Python package for Bayesian Machine Learning with scikit-learn API
Code for "A-NICE-MC: Adversarial Training for MCMC"
Bayesian additive regression trees (BART) for regression, classification, uncertainty quantification, and variable selection in R, with optional GPU acceleration.
Stochastic tree ensembles (BART / XBART) for supervised learning and causal inference
This is a GitHub repository for our Bayeisan Machine Learning textbook, which includes the PDF for the book and accompanying Python notebooks.
This contains a number of IP[y]: Notebooks that hopefully give a light to areas of bayesian machine learning.
BayesianNonparametrics in julia
A bare-bones TensorFlow framework for Bayesian deep learning and Gaussian process approximation
Key words: Bayesian analysis, Probabilistic programming, Data analysis, Bayesian machine learning... Using Python with its library PyMC3, pandas...
Exploration of TensorFlow-2 and TensorFlow probability to implement Bayesian Neural Networks, Normalizing flows, real NVPs and Autoencoders. Exploration of Bayesian Modelling and Variational Inference with Pyro.
A fast combinatorial tool that tests your password against real-world scenarios utilizing a novel Bayesian Machine Learning (BML) approach.
Bayesian methods for machine learning course at CentraleSupélec
Hyperdimensional computing in JAX, with statistical guarantees.
Efficient approximate Bayesian machine learning
Bayesian Actor-Critic with Neural Networks. Developing an OpenAI Gym toolkit for Bayesian AC reinforcement learning.
BayesML: your first library for Bayesian machine learning
Repo of udemy bayesian machine learning A/B test
A 6-week research-grade course in Bayesian Machine Learning & Deep Learning. Covers conjugate families, Laplace approximations, from-scratch MCMC (HMC/NUTS), Variational Inference (ELBO, Normalizing Flows), Gaussian Processes (Sparse GPs), and Bayesian Neural Networks tracking epistemic vs. aleatoric uncertainty.
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