AI Development
Empirical relationships showing that a language model's loss falls as a predictable power law as you increase parameters, training data, and training compute.
Empirical relationships showing that a language model's loss falls as a predictable power law as you increase parameters, training data, and training compute. Kaplan et al. at OpenAI measured these trends across more than seven orders of magnitude and found that architectural details like width and depth matter far less than scale. Labs use scaling laws to forecast how a larger training run will perform and to decide how to split a fixed compute budget between model size and data.
Primary source: arxiv.org
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at OpenAI measured these trends across more than seven orders of magnitude and found that architectural details like width and depth matter far less than scale.
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Empirical relationships showing that a language model's loss falls as a predictable power law as you increase parameters, training data, and training compute.
Scaling Laws sits in the AI Development part of the AI stack. Understanding it helps you make better decisions when building, debugging, and shipping AI features.
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Related
The finding from DeepMind's 2022 Chinchilla paper that, for a fixed compute budget, model size and training tokens should grow in equal proportion: double the parameters, double the data.
A language model small enough to run on a consumer device with low latency, in practice usually under about 10 billion parameters.
A phenomenon where AI models trained on AI-generated data progressively lose quality and diversity over generations.

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