oggcommamattson.bsky.social
oggcommamattson.bsky.social
@oggcommamattson.bsky.social
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The secret of Halloween is to try to figure out a way to go out in your pajamas that way when you’re done at the end of the night, you’re just in your pajamas
Might only listen to Will Ackerman this weekend
The Dry Yourself Off at the Pool Without Using a Towel Once Challenge
S/o to my amazing co-author who is the actual sleep scientist for turning me into this and taking me on this ride! 💤🧠❤️🤖
We also interrogated the structure of sleep that the model learned and found that it learned more a complex structure of sleep, than standard approaches and could maybe be useful for answering how to optimally organize sleep stages overnight and over the lifespan.
It basically learned the gross physiology of sleep (as we currently understand it) on its own. But along with that, it learned lots of other features about sleep physiology that we could use to predict clinical and cognitive outcomes, even with limited data.
We trained a fancy neural network model to learn the multimodal structure of sleep from a minimal set of standard sleep study sensors (but EEG is probably doing a lot of the work for now) *without any labels* from > ten of thousand of nights of sleep.
When people were making these rules decades ago, they probably couldn’t have imagined the huge quantities of sleep that are publicly available to analyze today as well as the tools we now have to interpret them.
The stages that we use to label sleep are central, but we’ve known for a long time there are problems with them. There’s also lots of nuanced health information revealed by sleep that probably goes under used because of this.
Our maybe-dweeby special sauce is really strong baselines - the same powerful model trained on the same data to predict standard sleep stages. Turns out you can fine tune that to do lots of cool stuff too! Just not as well as our model we trained to learn sleep structure on its own ;)
TLDR we thought we could help start to address some core challenges in sleep science using deep learning (and self-supervision!) and along the way found that we can better predict standard and potentially novel clinical outcomes using this model.
Really proud of this paper we just got out on a preprint server! IMHO a good use of AI for science, and specifically for understanding complex human neurophysiology during sleep.

www.medrxiv.org/content/10.1...

#sleep #sleepscience #sleepmedicine #honkshoo #mimimimi
www.medrxiv.org
I hate myself for saying this but Southland Tales gets better every time I watch it.
It might be possible to drive to the pool without slurping a seltzer, but I’ll never know
Me listening to Bee Thousand for the first time in a while “Dang this song is so good!” [next song comes on] “Dang this song is good too!”
Nowhere on God‘s green earth is the price of hourly parking more of a rip off than on the University of Maryland College Park campus
What is the protocol for the group thread when one of your buddy’s teams is getting trounced but you still wanna do some bits? Probably gotta not do the bits right?
Dang they shoulda called the new one the Nintendo Switcheroo
Snow days in 2024: child care *and* work? At the same time??? All in one day?? Gosh maybe one really can have it all.
P O T T Y??? -because it’s going to be a long time before we can stop the car again
Oh and I think kind of importantly we highlighted that LLMs are pretty bad at accurately representing groups of humans (we’re sorta messy, they’re typically not).
S/o @infiniterik.bsky.social and my other great coauthors 👾 🧠 🤙 🤷‍♀️