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Scaling Laws for Neural Language Models
Kaplan et al. (OpenAI) • 2020
ScalingTrainingFundamentals
Abstract
The paper that gave the field its roadmap. Kaplan et al. showed that language model performance scales predictably with compute, data, and parameters following power-law relationships. These scaling laws became the theoretical underpinning of every frontier model training run, enabling labs to predict performance before committing billions in compute.
Warum Es Wichtig Ist
- Provided the theoretical basis for the frontier model scaling race
- Showed performance is predictable from compute, data, and parameter count
- Enabled rational planning of multi-billion-dollar training runs
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Scaling Laws for Neural Language Models
Kaplan et al. (OpenAI) • 2020
ScalingTrainingFundamentals
Abstract
The paper that gave the field its roadmap. Kaplan et al. showed that language model performance scales predictably with compute, data, and parameters following power-law relationships. These scaling laws became the theoretical underpinning of every frontier model training run, enabling labs to predict performance before committing billions in compute.
Warum Es Wichtig Ist
- Provided the theoretical basis for the frontier model scaling race
- Showed performance is predictable from compute, data, and parameter count
- Enabled rational planning of multi-billion-dollar training runs
Fragen zu diesem Artikel stellen
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