Ameya P.

@bayesiankitten.bsky.social

Postdoctoral Researcher @ Bethgelab, University of Tübingen Benchmarking | LLM Agents | Data-Centric ML | Continual Learning | Unlearning drimpossible.github.io

Deadline extended to March 19 for the EVAL-FoMo workshop @cvprconference.bsky.social! We welcome submissions (incl. published papers) analyzing emerging capabilities & limits in visual foundation models. Details: sites.google.com/view/eval-fo... #CVPR2025

EVAL-FoMo 2

A Vision workshop on Evaluations and Analysis

sites.google.com

A. Sophia Koepke@askoepke.bsky.social · last yr.

Our paper submission deadline for the EVAL-FoMo workshop @cvprconference.bsky.social has been extended to March 19th! sites.google.com/view/eval-fo... We welcome submissions (incl. published papers) on the analysis of emerging capabilities / limits in visual foundation models. #CVPR2025

Screenshot of the workshop website "Emergent Visual Abilities and Limits of Foundation Models" at CVPR 2025

AI can generate correct-seeming hypotheses (and papers!). Brandolini's law states BS is harder to refute than generate. Can LMs falsify incorrect solutions? o3-mini (high) scores just 9% on our new benchmark REFUTE. Verification is not necessarily easier than generation 🧵

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Our 2nd Workshop on Emergent Visual Abilities and Limits of Foundation Models (EVAL-FoMo) is accepting submissions. We are looking forward to talks by our amazing speakers that include @saining.bsky.social, @aidanematzadeh.bsky.social, @lisadunlap.bsky.social, and @yukimasano.bsky.social. #CVPR2025

Ameya P.@bayesiankitten.bsky.social · last yr.

🔥 #CVPR2025 Submit your cool papers to Workshop on Emergent Visual Abilities and Limits of Foundation Models 📷📷🧠🚀✨ sites.google.com/view/eval-fo... Submission Deadline: March 12th!

New Work: RanDumb!🚀 Poster @NeurIPS, East Hall #1910- come say hi👋 Core claim: Random representations Outperform Online Continual Learning Methods! How: We replace the deep network by a *random projection* and linear clf, yet outperform all OCL methods by huge margins [1/n]

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Breaking the 8-model merge limit was tough, but we scaled to merging 200+ models! The secret? Iterative finetuning + merging *over time*. The time axis unlocks scalable mergeability. Merging has surprising scaling gains across size & compute budgets. All the gory details ⬇️

Sebastian Dziadzio@dziadzio.bsky.social · 2y ago

📄 New Paper: "How to Merge Your Multimodal Models Over Time?" arxiv.org/abs/2412.06712 Model merging assumes all finetuned models are available at once. But what if they need to be created over time? We study Temporal Model Merging through the TIME framework to find out! 🧵