Damien Teney

@damienteney.bsky.social

Research Scientist @ Idiap Research Institute. @idiap.bsky.social Adjunct lecturer @ Australian Institute for ML. @aimlofficial.bsky.social Occasionally cycling across continents. https://www.damienteney.info

🔥What if web text isn’t the best place to start training LLMs? Our latest work shows that warming up models on procedural data (e.g. from formal languages & simple algorithms) speeds up subsequent pretraining on language, code, and math, on models up to 1.3B parameters⬇️🧵

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Can vision transformers learn without images?🤔👀 Our latest work shows that pretraining ViTs on procedural symbolic data (eg sequences of balanced parentheses) makes subsequent standard training (eg on ImageNet) more data efficient! How is this possible?! ⬇️🧵

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Coming up at ICML: 🤯Distribution shifts are still a huge challenge in ML. There's already a ton of algorithms to address specific conditions. So what if the challenge was just selecting the right algorithm for the right conditions?🤔🧵

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⬇️ "Do We Always Need the Simplicity Bias? Looking for Optimal Inductive Biases in the Wild" arxiv.org/abs/2503.10065

Andrei Bursuc@abursuc.bsky.social · last yr.

Thought-provoking work by @damienteney.bsky.social et al. looking for optimal inductive biases (activation functions) in the wild (beyond image classification: regression, tabular, algorithmitc, shortcut). ReLU works well on avg, but you can find completely different activations. #cvpr2025

"Deep learning does not require rethinking generalization" If you enjoyed our work on inductive biases (eg the Neural Redshift arxiv.org/abs/2403.02241), you'll love this paper that rigorously articulates "soft inductive biases" & how they explain supposedly-mysterious behaviors of neural nets.

Andrew Gordon Wilson@andrewgwils.bsky.social · last yr.

My new paper "Deep Learning is Not So Mysterious or Different": arxiv.org/abs/2503.02113. Generalization behaviours in deep learning can be intuitively understood through a notion of soft inductive biases, and formally characterized with countable hypothesis bounds! 1/12

Une chose me marque au sujet de l'IA, notamment générative. Que penser d'une innovation technico-scientifique dont la promotion dans les médias est plutôt du fait d'entrepreneurs, éditorialistes et politiciens, tandis que les scientifiques du secteur sont bien plus mesurés ?

💡 Just learned about a useful short-hand notation for "expectation". Seems common for physicists but I can't remember coming across it before. With an example use-case below ⬇️

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Reviewing ML papers? 💡 If you feel that experiments are missing, ask yourself: are the additional results likely to affect the central message of the paper/nullify its main claims? If not, it's probably a nice suggestion (eg additional comparisons, datasets) but not a reason for rejection by itself.

PSA: Can we use more bar charts in ML papers? I can't recall the last time I wanted to compare dozens of numbers in a table to two decimal places. A visualization makes it much clearer whether claimed differences are significant.

A table with lots of numbers, difficult to read, and a bar chart with similar information, easy to interpret at a glance.