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DAIR.AI· @dair_ai · X·· 4 小时前AI 评分46
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NVIDIA 论文提出 AgentBaton,在长程智能体任务中先用强模型处理早期步骤、再一次性切换到廉价模型,反向交接则几乎不省钱。该方法从任务进展模式学习切换时机,单次检查在单张 H100 上中位延迟 338 ms;在 11 组模型配对和两个 benchmark 上平均削减 API 成本 65.9%,准确率基本保持,部分配对较单用强模型提升最多 8.8 分。

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Impressive NVIDIA paper on cutting agent costs.

For long-horizon agent tasks, you want the capable model for the early steps and a cheaper model for the rest. Handing off in the other direction saves little or nothing.

AgentBaton learns when to make that one switch from patterns in task progress. Each check has a median latency of 338 ms on one H100.

Across 11 model pairs and two benchmarks, it cuts API cost by 65.9% on average while largely keeping accuracy. Some pairs gain up to 8.8 points over running the capable model alone.

The handoff happens once per task, so it is easy to add to an existing agent loop.

If your agent bills are dominated by a frontier model, you might want to test one capable-to-cheap handoff before building a full router.

https://arxiv.org/abs/2610.35959

Chat with Paper: https://academy.dair.ai/papers/agentbaton-efficient-model-collaboration-in-agentic-tasks-2610.35959

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