How do human minds make sense of big, messy problems? 😵💫🌀
How do we distill complexity into something simple enough to solve? 🤔💡
We’ll be tackling these questions (and more!) at two workshops on task representations, abstractions, and construals #CogSci2026 #CCN2026 🧵
Our @NatRevPsych Perspective with Gergo Orban and @TheCharleyWu is out. We take a normative perspective on the interplay of semantic and episodic memory, starting from the conundrum: how to learn a compression model while using it to compress the very data it will be updated on?
David Nagy retweeted
Looking forward to #CCN2023 tomorrow in Oxford! A great selection of research from @HanqiZhou_Ivy @alexandrawitt_ @AFurryBear1 @valerio_rubino @FraBraendle @RyutaroUchiyama @nir_moneta + many other hmc-lab.com members / collabs. See you there! @CogCompNeuro
David Nagy retweeted
We're wrapping up at #cshlNeuroAI 2022, and it's been wonderful to spend the week hearing about fascinating research in Neuro-AI. Such great interactions! Thanks to my co-organizers @TonyZador and @doristsao, and everyone else who participated. Hope to see you all next time!
David Nagy retweeted
From #PLOSCompBio: Optimal forgetting: Semantic compression of episodic memories
Very relevant to the last #LearningSalon!
dx.plos.org/10.1371/journal.…
David Nagy retweeted
Check out & open review the @CogCompNeuro #CCNGAC proposal “What makes representations “useful”?” by @TBBake @wrongu @KriegeskorteLab @xaqlab, Alessandro Achille, Rosa Cao & Odelia Schwartz
openreview.net/forum?id=HHk5…
David Nagy retweeted
Deadline extended to *April 15* due to popular demand! List of speakers almost complete! Check out our website eeml.eu and submit your application ASAP!
Our preprint on how lossy compression via generative models explains memory distortions in humans is now available on bioarxiv
Optimal forgetting: Semantic compression of episodic memories biorxiv.org/cgi/content/shor… #biorxiv_neursci
David Nagy retweeted
Neuroscience professors. Can you help mentor neuromatch academy participants? We currently expect ~3k so we need help. Through matching you will work with students that are interesting to you. Please sign up here: docs.google.com/forms/d/e/1F…
David Nagy retweeted
#EEML2019 in Bucharest was a truly outstanding week. If you want to get to know more about my experience and some ML insights - checkout my new blog post! Massive thank you to @EEMLcommunity and all the wonderful people I got to know!
roberttlange.github.io/posts…
David Nagy retweeted
Excellent new work by the Orban lab on stimulus-dependent noise correlations pnas.org/content/early/2019/…
David Nagy retweeted
"BIVA: A Very Deep Hierarchy of Latent Variables for Generative Modeling". A skip-connected generative model and a bidirectional inference network are all you need! Work with @larsmaaloe @LieValentin @OleWinther1
arxiv.org/abs/1902.02102
David Nagy retweeted
Talks for the Probabilistic Programming conference #PROBPROG2018 are now available! youtube.com/playlist?list=PL… Includes, e.g., Zoubin Ghahramani @djsyclik Dave Blei @roydanroy @tom_rainforth @migorinova Stuart Russell, Josh Tenenbaum, and many others. probprog.cc/
David Nagy retweeted
Taming VAEs: A theoretical analysis of their properties and behaviour in the high-capacity regime. We also argue for a different way of training these models for robust control of key properties.
It was fun thinking about this with @fabiointheuk
arxiv.org/abs/1810.00597
David Nagy retweeted
The Deep Learning and RL Summer School videos are up!
videolectures.net/DLRLsummer…
Our #cogsci2018 paper on compression of episodic memories is available at arxiv.org/abs/1806.07990, corresponding poster will be #154 on friday (27th)
David Nagy retweeted
We organised a workshop at
DALI 2018 on Goals and Principles of Representation Learning a few weeks ago. Videos here; including talks from @fhuszar @irinavlh @MatthiasBethge @jaschasd youtube.com/playlist?list=PL…
David Nagy retweeted
Introducing TensorFlow Probability: empowering ML researchers and practitioners to build sophisticated models quickly, leveraging state-of-the-art hardware
Read about it on the TensorFlow blog ↓
goo.gl/1CQtU2
























