Lucas Beyer disputes quadrillion-parameter scaling claim as overreaching
Overview
Lucas Beyer says the quadrillion-parameter scaling claim in a linked blog post and thread rests on extrapolations that go beyond the underlying paper.
He says the paper is sound, but its experiments cover only 25M to 400M unique tokens and 30M to 400M parameters. Beyer also says the paper's own figure already shows reality diverging from the predicted curve. He adds that multi-epoch training and increasing weight decay with epochs were studied earlier in vision work, including the 2019 S4L paper.
Written by AI from the articles below · updated Nov 3, 2:55 AM ET
Check the sources:
Article timeline
The articles in this story. Times are ET.
Lucas Beyer (bl16)@giffmanaXLucas Beyer says the quadrillion-parameter scaling claim overreachesAILucas Beyer argues that the quadrillion-parameter claim in the linked blog and thread is based on wild extrapolations, while the paper itself is sound. He says the study covers only 25M-400M unique tokens and 30M-400M parameters, and that its figure already shows reality diverging from the prediction. He also notes that multi-epoch training and increasing weight decay with epochs were studied in vision work, including the 2019 S4L paper.

Heat Trend
Not enough continuous observations to show a trend yet.