A simple conceptual framework for improving, understanding and deriving self-supervised learning methods!
teapawt.net/yanndubs/status/159721…
#NeurIPS2022
What are ideal representations for self-sup. learning (SSL)?
🤓We give simple optimality conditions and use them to improve/understand/derive SSL methods!
🔥outperform baselines on ImageNet
arxiv.org/abs/2011.10566
w. @tatsu_hashimoto @StefanoErmon @percyliang
🧵
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A simple conceptual framework for improving, understanding and deriving self-supervised learning methods!
teapawt.net/yanndubs/status/159721…
#NeurIPS2022
What are ideal representations for self-sup. learning (SSL)?
🤓We give simple optimality conditions and use them to improve/understand/derive SSL methods!
🔥outperform baselines on ImageNet
arxiv.org/abs/2011.10566
w. @tatsu_hashimoto @StefanoErmon @percyliang
🧵
1
A new approach to tabular learning: Bayesian approximation + Transformers + Causality = SOTA performance in < 1 second
teapawt.net/FrankRHutter/status/15…
This may revolutionize data science: we introduce TabPFN, a new tabular data classification method that takes 1 second & yields SOTA performance (better than hyperparameter-optimized gradient boosting in 1h). Current limits: up to 1k data points, 100 features, 10 classes. 🧵1/6
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As Machine Learning predictions become more accurate, the assumptions behind Nash game theory are pushed to the limits of their validity because of the prediction<->decision feedback loop. Game theory needs to be adapted with a shift of paradigm.
In addition, Common Knowledge of Rationality (I know they know I know... they are rational) is extended to the more stringent assumption of Necessary Rationality: we are all rational in all possible worlds, even if our decisions had been different.
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Hierarchical VAEs continue to improve.
teapawt.net/RayhaneMama/status/150…
Controllable symbolic music generation!
teapawt.net/ak92501/status/1486581…
FIGARO: Generating Symbolic Music with Fine-Grained Artistic Control
abs: arxiv.org/abs/2201.10936
Multi-modality continues to advance with CM3!
teapawt.net/ArmenAgha/status/14841…
.@robintibor et al. propose a new method that "simplifies" images, allowing better dataset condensation and debugging and failures!
teapawt.net/robintibor/status/1484…
Are all bits useful? How can we simplify images, and how do “simpler” images affect neural network training?🤔 with @sarahookr @savvyRL Tonio Ball
Paper: arxiv.org/abs/2201.05610
Code: tinyurl.com/simple-bits
🧵
.@BlancheMinerva evaluates how well GPT-J plagiarizes by investigating MOSS' "plagiarism score" and finds that it outperforms humans.
teapawt.net/BlancheMinerva/status/…
Excited to share my newest paper, "Neural Language Models are Effective Plagiarists" with @EdwardRaffML. We took a dataset of CS 101 assignments and asked "can a language model do a good job solving these with minimal human intervention or knowledge?"
arxiv.org/abs/2201.07406
Put your documents in a new light :)
teapawt.net/austinvhuang/status/14…
We had the privilege of presenting our Sim2Real Docs project at @NeurIPSConf 2021 DCAI.
TLDR: Python library for synthetic images of documents in natural scenes using @Blender.
It's open source:
github.com/fidelity/sim2real…
It's @nmaddikunta21's first paper:
arxiv.org/abs/2112.09220
Put your documents in a new light :)
teapawt.net/austinvhuang/status/14…
We had the privilege of presenting our Sim2Real Docs project at @NeurIPSConf 2021 DCAI.
TLDR: Python library for synthetic images of documents in natural scenes using @Blender.
It's open source:
github.com/fidelity/sim2real…
It's @nmaddikunta21's first paper:
arxiv.org/abs/2112.09220
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When I discovered this paper and it's related papers, I thought it would have much higher reach than what I'm currently seeing, seeing that it's a more elegant way of thinking about the Bellman Equation. At it's core, DRL directly models the
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Grokking is now on ArXiv!
teapawt.net/ak92501/status/1479265…
Grokking: Generalization Beyond Overfitting on Small Algorithmic Datasets
abs: arxiv.org/abs/2201.02177
NNs learn through a process of "grokking" a pattern in the data, improving generalization performance from random chance level to perfect generalization
.@jonLorraine9 et al conduct an in-depth analysis of optimizers and propose a new one that incorporates a "branching" mechanic.
teapawt.net/jonLorraine9/status/14…
When minimizing objectives, randomly initializing + optimizing can fail to find different solutions. We give a branching optimization method for this using Lyapunov exponents..1/11
arxiv.org/abs/2112.14570 @AAMAS2022
With @PaulVicol @jparkerholder @TalKachman @Luke_Metz @j_foerst
Math question -> Codex generates program -> execute program -> solution! Amazing...
teapawt.net/HochreiterSepp/status/…
ArXiv arxiv.org/abs/2112.15594: Transformers pre-trained on text and fine-tuned on code solve math problems by program synthesis (questions as Codex prompts). Solves and grades problems from MIT's math courses and a math benchmark perfectly. Generates new math questions.














