This project is part of my journey to learn Pyro, a universal probabilistic programming language. I'm working through examples from the book "Data Analysis - A Bayesian Tutorial" (Second edition) by D. S. Sivia and J. Skilling, implementing solutions using Pyro instead of the mathematical approaches in the book.
- Implementation of Bayesian analysis examples using Pyro
- Focus on examples with extractable data from the book
- Comparative analysis between mathematical solutions and Pyro implementations
- Clone this repository
- Install the environment using Miniconda:
conda env create -f environment.yml conda activate pyro
- Open the Jupyter notebook in the repository
Alternatively, click the badge below to launch this project in a Binder environment in your browser.
- Main Notebook - Implementation of book examples using Pyro
- Bayesian Linear Regression - An extension to the book's content, implementing and testing a Bayesian Linear Regression model on simulated data.
- Python 3.x
- Pyro 1.4.0
- Jupyter Notebook
- PyTorch
- Matplotlib
- Implement more examples from the book
- Implement all examples in NumPyro
This is a personal learning project, but suggestions and discussions are welcome! Feel free to open an issue or submit a pull request.
This project under sporadic development. Content and implementations may change as I progress through the book and deepen my understanding of Pyro.