AREX 是一系列递归自改进(RSI)深度研究智能体,通过内层研究循环收集证据、外层自改进循环逐约束审计答案并启动针对性研究。
4B 密集模型和 122B-A10B MoE 模型在 BrowseComp、WideSearch、DeepSearchQA、HLE 等基准上显著超越同规模基线,与使用更多激活参数的模型竞争力相当。
AREX is a series of recursive self-improving (RSI) deep research agents that collect evidence through inner research cycles and audit answers with constrai...
AREX is a series of recursive self-improving (RSI) deep research agents that collect evidence
through inner research cycles and audit answers with constraints through outer self-improvement cycles, initiating targeted research. The 4B dense model and 122B-A10B MoE model significantly outperform same-scale baselines on benchmarks such as BrowseComp, WideSearch, DeepSearchQA, and HLE, and are competitive with models using more activated parameters.
AREX 是一系列递归自改进(RSI)深度研究智能体,通过内层研究循环收集证据、外层自改进循环逐约束审计答案并启动针对性研究。
4B 密集模型和 122B-A10B MoE 模型在 BrowseComp、WideSearch、DeepSearchQA、HLE 等基准上显著超越同规模基线,与使用更多激活参数的模型竞争力相当。
AREX 是一系列面向深度研究的递归自改进智能体,结合内层证据收集与外层逐约束审计,并可根据审计结果启动针对性研究。
公开材料将其归入论文研究,来源为 HuggingFace Daily Papers 社区热门论文。研究涉及 4B 密集模型与 122B-A10B MoE 模型。
Aioga 判断,AREX 的核心关注点不是单次生成答案,而是把证据收集、约束审计和补充研究组织为递归循环,以改善深度研究过程。
材料称,两种模型在 BrowseComp、WideSearch、DeepSearchQA、HLE 等基准上显著超越同规模基线,并可与使用更多激活参数的模型竞争。 值得关注后续公开材料是否披露更完整的实验设置、逐项基准结果、审计约束设计与针对性研究机制,以便进一步核验效果和适用边界。
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Ingestion channel: Summary aggregation · Source domain: arxiv.org
Source: HuggingFace Daily Papers(社区热门论文)
Original link: Open original source
Aioga archive: Open intelligence page
Content record: summary-fallback · Updated: 2026-07-23T00:00:00.000Z

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