# COLLEAGUE.SKILL：通过专家知识蒸馏实现的自动化AI技能生成

- 来源：HuggingFace Daily Papers（社区热门论文）
- 发布时间：2026-05-29 08:00
- AIHOT 分数：68
- AIHOT 链接：https://aihot.virxact.com/items/cmpunpmki05jmslagd5myu1py
- 原文链接：https://arxiv.org/abs/2605.31264

## AI 摘要

大语言模型智能体被期望能承载人类专家的知识与交互风格，但相关痕迹通常分散且不规整。COLLEAGUE.SKILL是一个开源的自动化痕迹到技能的蒸馏系统，能从目标人物或角色的材料中生成版本化的技能包。该技能包包含能力轨道（实践、心智模型）和行为边界轨道（交互风格、纠正历史），支持审查、自然语言反馈更新、回滚与跨主机部署。其公开仓库有约18.5k GitHub stars，画廊包含215个技能。

## 正文

LLM agents are increasingly expected not only to complete isolated tasks, but also to carry bounded representations of human expertise, judgment, and interaction style. Building such person-grounded agents remains difficult because actionable knowledge associated with a person or role is usually embedded in heterogeneous traces rather than written as clean instructions. Existing memory and persona systems capture fragments of this evidence, while skill frameworks provide portable packaging formats; however, there is no end-to-end workflow for distilling these traces into inspectable, correctable, and agent-usable skills. We present an automated trace-to-skill distillation system for generating person-grounded AI skills via expert knowledge distillation. Given materials from a target person or role, COLLEAGUE.SKILL produces a versioned skill package with two coordinated tracks: a capability track for practices, mental models, and decision heuristics, and a bounded behavior track for communication style, interaction rules, and correction history. The package can be inspected, invoked, updated through natural-language feedback, rolled back, installed across agent hosts, and optionally prepared for controlled distribution. We describe the artifact contract, generation workflow, correction lifecycle, deployment surface, and domain presets implemented in the open-source system. At the time of writing, the public repository has approximately 18.5k GitHub stars; the gallery lists 215 skills from 165 contributors and more than 100k cumulative stars across listed skill cards. The system illustrates how person-grounded skills can be represented as portable, correctable packages rather than opaque prompts or hidden memories.