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RMKruse/README.md

Hi there, I'm René 👋

Dr. René-M. Kruse
Statistician · Data & AI Scientist · AI Engineer
Making neural networks a little more transparent — and statistical models a little more interesting.

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About me

I'm a statistician who fell in love with deep learning. After a PhD in Statistics at the Centre for Statistics, University of Göttingen, I now work as a Data & AI Scientist, where I turn insights from the digital world of numbers and data into something useful for us analog humans.

My research lives in the space between statistics and deep learning — building models that are not just accurate, but interpretable. I'm especially interested in distributional and semi-parametric regression: methods that model the whole conditional distribution, not just its mean.

What I'm working on

  • Interpretable deep learning — bringing the transparency of additive models to neural networks
  • Distributional regression — modeling location, scale and shape, well beyond the mean
  • Open-source tooling for statisticians and ML practitioners in R, Python, and Julia

Featured work

  • mltpy — Fit flexible conditional distributions to continuous, censored, or covariate-dependent data using monotone Bernstein polynomial transformations. Python
  • ConditionalAIC.jl — Conditional AIC and conditional model selection for mixed-effects models, re-platforming R's cAIC4 onto MixedModels.jl. Julia
  • NAMLSSNeural Additive Models for Location Scale and Shape, a framework for interpretable neural regression beyond the mean (AISTATS 2024).
  • 📖 Learning Deep Textwork — a book on deep learning for text data.

Tools of the trade

R Python Julia PyTorch JAX LaTeX

Ask me about

Interpretable ML · distributional & additive models · teaching statistics and coding · translating research into production · and, of course, cute kittens 🐱


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  1. mltpy mltpy Public

    Fit flexible conditional distributions to continuous, censored, or covariate-dependent data using monotone Bernstein polynomial transformations.

    Python

  2. ConditionalAIC.jl ConditionalAIC.jl Public

    Conditional AIC and conditional model selection for mixed-effects models in Julia — a re-platforming of R's cAIC4 onto MixedModels.jl.

    Julia