Accepted to #NeurIPS2026, we reshaped Monte-Carlo Tree Search 🙉
Introducing 2FFS, a new tree search algorithm that combines multi-fidelity bandits to resolve the fundamental trade-off: should we use cheaper, approximated evaluations, or expansive but accurate samplings?
More:
What's the best way to solve linear regression? (No, it’s not least squares.)
In our new paper, we show that principal component regression (PCR) beats, up to constants, every monotone spectral filter (incl. gradient descent & ridge regression) on every problem instance! (1/8)
Confidence Intervals for a Proportion Estimated From Pooled Samples Based on Firth's Corrected Score. Brad J. Biggerstaff, Graham Hepworth. Biometrical Journal. https://t.co/zEeimLVQVO
🔥Welcome 🔺Simplex Diffusion Models🔻!
Standard discrete diffusion models suffer from "information collapse" because they discard uncertainty at intermediate steps by sampling categorical tokens. (1/5)
If you haven't attended @eliasbareinboim's presentation at the pearl@90 symposium, I recommend you watch him now, as he takes us from classical to modern causal AI, in the age of LLM's and RL:
https://t.co/QfRci6BYCJ
#neurips2026 Accepted! https://t.co/AdH4z9qLci. This is the first identifiability result via concrete analysis of model symmetry of a nonlinear (and unsupervised) class, the first to admit multiple latent codes for every observation, and the first to allow discontinuous decoders.
Now accepted at NeurIPS: Functional Gradient Descent with Adaptive Representations
Functional GD algorithms generally outperform neural nets, but are hard to accurately implement.
We fix this!
\ a flood of circleのトリビュートに参加! /
山中さわおがTHE KEBABSの皆さんと
『a flood of circle TRIBUTE ALBUM
"ハートマーク刺繍してやるよ、ちょっと忘れっぽい魂に"』
に「Rollers Anthem」で参加させていただきました。
@afoc_official@kebabs_band