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P2 iKnow: an Intent-Guided Chatbot for Cloud Operations with Retrieval-Augmented Generation

iKnow:面向云运维的意图引导检索增强生成聊天机器人
ASE 2025 40th IEEE/ACM International Conference on Automated Software Engineering (ASE)2025匹配度 2/10 · 该论文是面向云运维问答的意图引导 RAG 聊天机器人,属于 LLM 应用与工业部署经验研究,与用户核心关注的静态分析、Agentic 程序分析、形式化验证、浮点程序分析及贝叶斯程序分析没有直接交叉。虽然涉及工业落地和问题驱动,但研究目标本身偏向提升 LLM/RAG 问答效果,而非 PL 与 AI 的交叉方法。引用 2 inbox
Junjie Huang, Yuedong Zhong, Guangba Yu, Zhihan Jiang, Minzhi Yan, Wenfei Luan, Tianyu Yang, Rui Ren, Michael R. Lyu
crossref: 2026-09-12

AI 速览

一句话:提出意图引导的 RAG 聊天机器人 iKnow,通过意图检测、查询重写与缺失知识检测提升云运维问答准确率。

云运维文档庞大,工程师难以高效获取知识。检索增强生成(RAG)可检索相关知识并生成带引用答案,但面向运维问答(OpsQA)的可靠 RAG 聊天机器人仍具挑战。本文基于某大型云厂商的部署经验,对三个运维团队 2000 条真实查询进行实证研究,识别出五类 OpsQA 意图(如症状分析、术语解释)及其答案需求,并归纳六类失败根因——过半源于查询不完整、超范围或无效。为此提出 iKnow,集成意图检测、按意图定制的查询重写与缺失知识检测。内部评估中,回答准确率从 65.8% 提升到 81.3%,延迟仅小幅增加;iKnow 已在 CloudA 部署六个月,支持数千名工程师日常运维。

问题
云运维标准文档体量巨大,工程师难以高效获取知识;现有 RAG 聊天机器人在 OpsQA 场景中因查询、检索与生成问题而可靠性不足。
方法
通过对 2000 条真实查询的实证研究归纳五类 OpsQA 意图与六类失败根因,并设计意图引导的 RAG 聊天机器人 iKnow,集成意图检测、按意图定制的查询重写和缺失知识检测。
评估
在内部评估中,iKnow 将平均回答准确率从 65.8% 提升至 81.3%,延迟仅小幅增加,并已在 CloudA 部署六个月,支持数千名云工程师的日常运维。
原文摘要(Abstract)

Managing complex cloud services requires standard operational documentation, but its sheer volume often hinders cloud engineers from efficient knowledge acquisition. Retrieval-Augmented Generation (RAG) can streamline this process by retrieving relevant knowledge and generating concise, referenced answers. However, deploying a reliable RAG-based chatbot for cloud operation remains a challenge. In this experience paper, we analyze the development and deployment of RAG-based chatbots for operational question answering (OpsQA) at a large-scale cloud vendor. Through an empirical study of 2,000 real-world queries across three operational teams, we identify five unique OpsQA intent types (e.g., symptom analysis and terminology explanation) and their corresponding requirements for a satisfactory answer, which differ from general software engineering queries. Our analysis further uncovers six root causes leading to chatbot failures—over half stem from query issues (i.e., incompleteness, out-of-scope, or invalid queries), while others are from retrieval or generation issues. To address these issues, we propose iKnow, an intent-guided RAG-based chatbot that integrates intent detection, query rewriting tailored to each intent, and missing knowledge detection to enhance answer quality. In internal evaluations, iKnow improves average answer accuracy from 65.8% to 81.3% with only a modest increase in latency. iKnow has been deployed for six months at CloudA, supporting thousands of cloud engineers in daily operations. We discuss lessons learned from real-world deployment, providing valuable insights for future research and practical implementations in similar domains.

链接与引用

DOI 原文 ·

BibTeX
@inproceedings{paperbot9269,
  title = {iKnow: an Intent-Guided Chatbot for Cloud Operations with Retrieval-Augmented Generation},
  author = {Junjie Huang and Yuedong Zhong and Guangba Yu and Zhihan Jiang and Minzhi Yan and Wenfei Luan and Tianyu Yang and Rui Ren and Michael R. Lyu},
  booktitle = {ASE},
  year = {2025},
  doi = {10.1109/ase63991.2025.00084}
}