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Jones Ray

ScholarPulse 日报 2026-08-26

2026-08-26 学术简报:2 篇。AtlasNav通过持久化语料库结构有效解决直接语料库交互中的证据盲点问题,显著提升证据获取效率与计算性能。

今日速览

序号标题来源日期主题推荐等级
1Evidence Blindness in Direct Corpus Interaction: Persistent Navigation with AtlasNavarXiv2026-08-25RAG高
2SkillForge: Evolving Verifiable Skills for Reinforcement Learning AgentsarXiv2026-08-25AI-Agent高

重点论文与技术动态

1. Evidence Blindness in Direct Corpus Interaction: Persistent Navigation with AtlasNav

一句话结论

AtlasNav通过持久化语料库结构有效解决直接语料库交互中的证据盲点问题,显著提升证据获取效率与计算性能。

一段话:在有限交互预算下,传统方法常因证据无法浮现、未打开或关键片段未暴露导致性能下降;AtlasNav构建Corpus Atlas实现自适应导航,避免重复构建结构,使证据获取更早、更高效,同时降低推理成本。

核心内容

方法与数据

价值判断

摘要 Large language model agents are moving beyond conventional retrieval-augmented generation toward direct interaction with external corpora. Direct Corpus Interaction (DCI) keeps the full corpus accessible, yet reachable evidence can remain unusable under finite interaction budgets. Required evidence may fail to surface, a surfaced supporting document may remain unopened, or an opened document may fail to expose its decisive fragment. We call this progressive silent loss Evidence Blindness and quantify it through stage-wise evidence realization. Within the DCI paradigm, raw interaction adds little reusable corpus organization, while dynamic-workspace methods reconstruct a query-conditioned interaction space from each query and trajectory. In both cases, useful structure is recovered largely online. We instead formulate large-scale agentic search as finite-budget navigation over reusable corpus structure. We introduce AtlasNav, a persistent multi-view corpus-navigation framework that retains direct corpus interaction but organizes the corpus once into a Corpus Atlas, allowing each query to navigate adaptively rather than reconstruct shared structure. On BrowseComp-Plus, AtlasNav achieves 92.05% strict accuracy while reducing recorded online inference cost by 30.21% relative to the prior dynamic-workspace state of the art. Under matched budgets, it realizes the complete required evidence earlier and approaches the same model's evidence-supplied empirical reference more rapidly. The same representation principle remains effective under PhantomWiki's distinct corpus organization and controlled 10K-1M scaling, and transfers competitively to heterogeneous enterprise knowledge. These results show that agentic search depends not only on accessible evidence, but also on how the corpus is represented so that limited interaction becomes effective navigation.

2. SkillForge: Evolving Verifiable Skills for Reinforcement Learning Agents

一句话结论

SkillForge通过环境交互验证和精炼技能,实现LLM代理的连续技能进化。

核心内容

方法与数据

价值判断

摘要 Large language model (LLM) agents are trained with reinforcement learning (RL) for complex decision-making tasks. However, most RL-trained agents remain episodic and cannot accumulate reusable knowledge across episodes. Recent skill-based approaches, such as SkillRL, attempt to address this issue by extracting skills from raw trajectories, but treat the skill bank as an append-only repository without verifying whether stored skills remain effective. In this paper, we propose SkillForge, a framework for continuous skill evolution that enables skills to be verified and refined through environment interaction. By making skill usage explicit during agent interaction, RL can directly optimize both environment actions and skill invocation decisions. SkillForge further introduces evidence-based skill verification and multi-pathway skill induction, allowing the skill bank to continuously grow while maintaining its quality. Extensive experiments on ALFWorld, WebShop, and AppWorld show that SkillForge consistently outperforms SkillRL, demonstrating the effectiveness of continuously verified skills in training stronger LLM agents.