To celebrate the v1.0 release, I wrote up a short guide on how to implement GAMs with `delicatessen`
https://github.com/pzivich/Delicatessen/blob/main/examples/Generalized-Additive-Model.ipynb
v1.0 of `delicatessen` is now available 🎊
https://pypi.org/project/delicatessen/1.0/
The biggest change is changes to supported versions of Python (now 3.8-3.11) and version dependencies on SciPy and NumPy. These changes allow for much faster computation times
Other changes include the planned syntax change for regression models. The legacy versions are no longer available
@kdpsingh what are your top 3 favorite features compared to others?
COVID misinformation
@ct_bergstrom they say diagnosed with Covid-19, which would imply the CFR
also I think the risk of transmission piece is more problematic information then their 3%...
This chapter is a more focused version of thoughts I've had that are scattered elsewhere
In it, we 1: distinguish between identification and estimation (with machine learning being applicable to esitmation), 2: summarize the challenges of convergence and complexity and solutions, 3: point to various extensions, and 4: conclude with general advice for practical application
Delighted to share my book chapter on machine learning and causal inference now available in Wiley StatsRef
https://onlinelibrary.wiley.com/doi/full/10.1002/9781118445112.stat08412
@wzbillings thanks!
@willball12 I mean it depends what you want to do. If you want to get into machine learning, python has far better support. There are a few syntax items that I think make python better (but that is all subject to opinion)
I don't think it was recorded, but here are some slides on why to use python I presented this past August
https://github.com/pzivich/Presentations/blob/master/ISCB43/Zivich_Python_ISCB43.pdf
also because I support open-source bullshit, all the code is here https://github.com/pzivich/RNN-Abstract-Generator
so you can train it on another topic if you want (should only take a few hours)
Lots of discussion of #ChatGPT but I already created a bullshit scientific abstract generator
@jebyrnes yeah I made it (but not the meme format obviously), feel free to include in your lecture
@healthstatsdude the same story as applied math tbh
@Tim_P_Morris @MiguelHernan I think it is related to Lin & Wei 1989 (which I think you could also use their variance estimator instead of the bootstrap)
Lin DY & Wei LJ. (1989). The robust inference for the Cox proportional hazards model. JASA, 84(408), 1074-1078.
Paul Zivich. Computational epidemiologist, causal inference researcher, and open-source enthusiast #epidemiology #statistics #python