What's everyone's favorite package/approach to engage with tensorflow/keras in R? (trying to teach a short course, and don't want to require ppl to know python; unfortunately reticulate->miniconda seems to have a bug in windows =[)
Just came across a nugget of wisdom from a mathematician that I thought I would share: "A drunk man will find his way home, but a drunk bird may get lost forever" - Shizuo Kakutani
Noah Simon retweeted
By far, the most accurate representation of machine learning pipelines in the real world 🍿 😀
She may look cute, but her favorite activity is eye gouging. no joke. (to be fair, it was a rough week for everyone...)
Wanted to share a lovely paper primarily by @StatTZhang that was just accepted at Annals of Statistics on efficient non-parametric regression using stochastic optimization! arxiv.org/abs/2104.00846 Less technical summary to follow... (1/n)
Some neat points: Polynomial terms do not need to be orthogonal wrt our data! In fact this works super generally for regression functions in RKHS/Sobolev Ellipsoids. Even if we don't care about the online setting, this is a very computationally efficient approach. (7/n)
Why aren't there any good golden snitch costumes for infants? Also, how dare you suggest I plan to dress my baby up as the golden snitch while I watch the secrets of dumbledore... (when it is streamable)
Noah Simon retweeted
Using familiar terms, you conflate causality and correlation in this offhand tweet. CRT does the hard work of identifying causal structures that lead to systemic inequities… you compare it with a non-rigorous opinion piece that treat root causes as personal opinions.
This is quite useful (especially for people looking to get into ML); my summary of the thread is that the ability to engage in simple, fit-for-purpose modeling, and then validate+communicate your models trumps all else.
awesome work by Jean on how to get the most out of neural networks (with less work) for high dimensional biomedical problems!
Our paper came out on Pi day! We describe how to train and tune neural networks for high-dimensional data using only TWO hyper-parameters (doi.org/10.1002/sam.11579). We think it's easier, so we've called it EASIER-net. @StatsSimon









