Scaling Laws & Compute · 2023

Scaling Data-Constrained Language Models

Niklas Muennighoff, Alexander M. Rush, Boaz Barak, et al.

It measured how repeating a fixed corpus trades off against adding parameters, showing that under a data budget you can reuse tokens for several epochs at near-fresh-data value and derive scaling laws that account for repetition.

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The authors trained hundreds of models while holding the amount of unique text fixed and varying how many times it was repeated, then fit scaling laws that treat repeated tokens as worth less than fresh ones. They found that repeating data for up to about four epochs yields loss nearly identical to using that much new data, with returns decaying quickly after roughly 16 epochs. This gave data-limited teams a principled way to allocate compute between more epochs and more parameters, and quantified when scraping or generating more data stops helping.

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Record ID
P-104
Record created
2026-07-13
Last reviewed
2026-07-14
Record version
2

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