<ul><li>The paper optimizes test-time compute as a meta-reinforcement learning problem </li><li>It emphasizes balancing exploration and exploitation to minimize cumulative regret </li><li>Meta Reinforcement Fine-Tuning (MRT) improves performance and token efficiency </li></ul>

The paper optimizes test-time compute as a meta-reinforcement learning problem It emphasizes balancing exploration and exploitation to minimize cumulative regret Meta Reinforcement Fine-Tuning (MRT) improves performance and token efficiency

<ul><li>The paper optimizes test-time compute as a meta-reinforcement learning problem&nbsp;</li><li>It emphasizes balancing exploration and exploitation to minimize cumulative regret&nbsp;</li><li>Meta Reinforcement Fine-Tuning (MRT) improves performance and token efficiency&nbsp;</li></ul>

Optimizing Test-Time Compute via Meta Reinforcement Fine-Tuning

Men know other men best. Women know other women best. 
And yes, perhaps AIs know other AIs best. 
AI explains what you should know about this week's AI research progress.

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Men know other men best. Women know other women best. And yes, perhaps AIs know other AIs best. AI explains what you should know about this week's AI research progress.

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Optimizing Test-Time Compute via Meta Reinforcement Fine-Tuning

Optimizing Test-Time Compute via Meta Reinforcement Fine-Tuning