I love having physical books and I pay for them (I have yours π). But I think Iβm a minority these days.
I love having physical books and I pay for them (I have yours π). But I think Iβm a minority these days.
Yes!!! π―
@rmcelreath.bsky.social this lecture was (particularly) amazing! I could not resist to replicate this in PyMC juanitorduz.github.io/fixed_random/
Nice!
I am super excited to join @pymc-labs.bsky.social full-time! I will be working on open-source projects, helping companies leverage Bayesian methods for decision-making, developing tailored educational workshops for industry practitioners, and serving as a product manager for our AI products.
Very keen to read it π
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Here are two examples on causal inference and through the lens of probabilistic programming languages (PPLs):
- Introduction to Causal Inference with PPLs juanitorduz.github.io/intro_causal...
- Causal Inference with Multilevel Models: juanitorduz.github.io/ci_multilevel/
Implementations in PyMC.
Here is the recording of my talk
PyData Berlin 2025: Introduction to Stochastic Variational Inference with NumPyro
Notebook: juanitorduz.github.io/intro_svi/
youtu.be/wG0no-mUMf0?...
#pydata #berlin #bayes
Causal discovery is an interesting field. But as always these algorithms work under assumptions and conditions β¦ which as always β¦ people just ignore π«
Statistical Rethinking π― xcelab.net/rm/
Proud of this decision and the community π«Ά!
Open Science and Open Source only with Diversity, Equity, Inclusion and Accessibility.
Inclusion is essential to science, and science is only worthwhile if it lifts everyone up together.
ropensci.org/blog/2025/02... #OpenSource #OpenScience
Ok! So I read it and itβs amazing! I already migrated some custom ugly code to simply using datagrid π
Indeed! I was there a week ago π«
Yes! You have support of hierarchical models and Gaussian process components. I will try to work out some examples and test the API :)
I am almost done with it (yes, it was hard to stop reading it!), and itβs a must read for anyone doing statical modeling πͺ.
Btw: you can add in the online version a comment on the adoption of the (your) API by Bambi
bambinos.github.io/bambi/notebo...
Looking forward to reading it !
Thanks π Actually, @nathanielforde.bsky.social ported this implementation into causalpy causalpy.readthedocs.io/en/stable/no... Check it out :)
I got mail! I canβt not wait @vincentab.bsky.social Iβll try to do many of these examples by βhandβ (learning by doing).
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7 reasons to use Bayesian inference!
statmodeling.stat.columbia.edu/2025/10/11/7...
IMO 80% data science problem in the industry can be solved with a (good!) linear regression (I also consider GLM as just regressions with a link function)
Exited about notebooks in 2026 π
I have not tried this myself but this great blog (and the corresponding GitHub repository) might be helpful florianwilhelm.info/2020/10/baye...
Thank you @patrickdoupe.bsky.social
It was fun (painful π ) to implement VAR(p) models from scratch juanitorduz.github.io/var_numpyro/
Festival der Riesendrachen
#Berlin
I'm learning causal inference βon the streetβ π