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迷失在隐性路由中:LLM代理如何未能大规模加载相关技能

原文标题 · Lost in Implicit Routing: How LLM Agents Fail to Load Relevant Skills at Scale

作者:刘金林、陈伟、张小金|可重用技能让LLM代理按需加载特定于任务的指令,但它们使执行取决于技能元数据的隐式路由。我们通过固定SkillsBench任务及其黄金技能同时添加不相关技能来测试这种设计是否具有可扩展性。我们发现技能路由崩溃:尽管相关技能仍然可用,但代理人加载的技能越来越少或不加载。W

来源:arXiv cs.AI/CL/LG · arxiv.org

正文为英文,可一键机器翻译(仅首次需要等待)

Computer Science > Artificial Intelligence

Title: Lost in Implicit Routing: How LLM Agents Fail to Load Relevant Skills at Scale

Abstract: Reusable skills let LLM agents load task-specific instructions on demand, but they make execution depend on implicit routing over skill metadata. We test whether this design scales by holding SkillsBench tasks and their golden skills fixed while adding irrelevant skills. We find skill routing collapse: agents increasingly load fewer or no skills, even though the relevant skills remain available. With 1,000 irrelevant skills, loaded-skill recall falls from 73.6% to 27.4% and the zero-load rate rises from 9.3% to 51.6%, whereas explicit selection from the same library retains 73.9% recall. Loading other skills, including plausible alternatives to golden skills, is too rare to explain this decline. Masking only the descriptions of irrelevant skills largely restores skill loading, yet with the metadata intact, explicitly asking agents to plan skill use still yields lower recall than preselection. These findings point to semantic interference from descriptions and instruction interference when skill choice competes with task execution. We also evaluate explicit preselection as a practical mitigation, including its coverage and latency trade-offs. Our analysis informs skill protocols and evaluation for agents with growing skill libraries.

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