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Expenditure Horizon: Measuring Optimization Ability, with an Application to NanoGPT - METR

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We propose a measure of an AI agent’s optimization ability with an "expenditure horizon." We give an empirical illustration from the NanoGPT speedrun.

We propose a measure of an AI agent’s optimization ability with an “expenditure horizon.” We give an empirical illustration from the NanoGPT speedrun. One difficulty in measuring AI’s ability to accelerate AI R&D is accounting for token cost, experiment compute cost and human labor cost. If we can estimate performance as a function of cost for both humans and agents, we can measure the “expenditure horizon” as the point at which those curves cross: the budget at which humans become more cost-effective than AIs. We illustrate our method with data from the NanoGPT speedrun. We first estimate…

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