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Test-Time Scaling & Agent Adaptation

Test-Time Scaling & Agent Adaptation

Key Questions

What is test-time scaling?

Test-time scaling claims that overtraining combined with test-time compute outperforms traditional pretraining, as highlighted in recent arXiv papers.

What is Cog-DRIFT?

Cog-DRIFT enables reinforcement learning from zero-reward examples (RLVR) on hard tasks through reformulation, improving model performance on challenging problems.

How does self-execution improve coding LLMs?

Self-execution simulation verifies and enhances coding LLMs by simulating execution to check reasoning and outputs.

What do Stanford findings say about agents?

Stanford research shows single agents outperform multi-agents in efficiency.

What are agent adaptation policies?

Agent adaptation policies improve efficiency without retraining, amid challenges to traditional scaling norms in the agent landscape.

arXiv claims overtraining + test-time compute beats pretraining; agent adaptation policies for efficiency w/o retraining. Cog-DRIFT enables RLVR on zero-reward hard tasks via reformulation (ex-3ff060f1, ex-4ded5acb); self-execution verifies coding LLMs (ex-30da5d65); Stanford single agents outperform multi-agents on efficiency (ex-586625cc). Challenges scaling norms amid agent buzz.

Sources (6)
Updated Apr 8, 2026
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