Craig Messner
Craig Messner
@cmessner.bsky.social
Humanities machine learning/NLP/language modeling @ JHU | cmessner.me
68 followers123 following21 posts
No preprint at the moment (due to new father status) but a model here: No preprint (yet) due to new baby, but a model here: huggingface.co/Hplm/edgar-b... Self elicited IT/RL posttrained version to come, with an emphasis on binding to user context. Say hi at TADA if you happen to be going!
Craig Messner reposted
After a long wait, releasing the SYNTH paper! It’s not pretraining, mid-training or post-training, it’s just training: a fully synthetic single-stage pipeline to train workable reasoning models with unprecedented data efficiency. arxiv.org/abs/2609.378...
Craig Messner reposted
Craig Messner reposted
@404media.co wrote about our new preprint on tell-tale signs of AI-generated stories! Cc @dmimno.bsky.social Paper: arxiv.org/abs/2605.26492 Article: www.404media.co/elias-thorne...
Craig Messner reposted
was reading this and enjoying it — and then enjoyed it more when it turned out to be a paper by Sil Hamilton and @dmimno.bsky.social
AI generated stories, aka the Elias Thorne literary universe www.404media.co/elias-thorne...
Craig Messner reposted
For fans of Talkie-1930 and all the methodological questions raised by historical models, here's a new entrant into the field, TypewriterLM, trained up to 1913. Corpus, instruction-tuning datasets, and event dataset are released. arxiv.org/abs/2606.02991
Craig Messner reposted
Craig Messner reposted
Announcing Talkie: a new, open-weight historical LLM! We trained and finetuned a 13B model on a newly-curated dataset of only pre-1930 data. Try it below! with @alecrad.bsky.social and @nicklevin01.bsky.social
Craig Messner reposted
Replying to @jhucompsci.bsky.social
“Pretraining Language Models for Diachronic Linguistic Change Discovery” by @tom-lippincott.bsky.social, @cmessner.bsky.social, & more shows that efficient pretraining techniques produce useful models over corpora too large for easy manual inspection and too small for “typical” LLM approaches: (3/5)
Any leads on research that examines what disjoint exists between human-recoverable and SAE recoverable features out there? (Perhaps after: arxiv.org/html/2506.15..., which features are "naturally" distinguishable by humans but represented densely by SAEs, which end up in "noisy" dense reps.)
I teach a machine learning class for students in traditionally less computational fields (cdh.jhu.edu/teaching/4/). Recent students had questions about RAG, so I used EmbeddingGemma's release as an excuse to put together an example in the form of a poetry criticism game github.com/messner1/poe...
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