跳到正文
原文
Agent Control Flash News·· 3 小时前AI 评分45

Stanford/Cornell Music Lab 复现:LLM 多智能体易羊群失控,分歧均值 +65%

LLM 多智能体更易羊群失控:Stanford/Cornell Music Lab 复现,强影响下分歧均值 +65%

Edge-TTS 广播级有声
全员无门槛畅听
点击合成广播级音频
00:00
00:00
AI 导读

协作反馈环会制造羊群与 runaway cascade——LLM 群体往往比人类更易感、更难自纠。

一手信源
学术论文·arXiv:2610.30769

Stanford/Cornell Music Lab 复现 (arXiv:2610.30769)

Stanford University

“View PDF HTML (experimental) Abstract: Large language models (LLMs) increasingly operate in multi-agent systems where they collaborate by re”

正文

View PDF HTML (experimental)

Abstract:Large language models (LLMs) increasingly operate in multi-agent systems where they collaborate by responding to others' choices, creating endogenous feedback loops with vulnerability to social influence, herding behavior and runaway cascades. Following the design of the classic Music Lab experiment, we tested this vulnerability in large populations of LLM agents that recommended unfamiliar songs, with or without exposure to cumulative recommendation counts. Exposure led to runaway cascades that generated extreme and unpredictable collective recommendations increasingly divergent from a song's intrinsic appeal. Compared to humans, LLM populations were generally far more susceptible to herding behavior, and unlike humans, LLM cascades were less able to self-correct. This vulnerability has implications for multi-agent collaboration in recommender systems, automated evaluation, complex problem-solving, and unauthorized conspiracies.
Subjects: Artificial Intelligence (cs.AI); Multiagent Systems (cs.MA)
Cite as: arXiv:2610.30769 [cs.AI]
  (or arXiv:2610.30769v1 [cs.AI] for this version)
  https://doi.org/10.48550/arXiv.2610.30769

arXiv-issued DOI via DataCite (pending registration)

Submission history

From: Farnoosh Hashemi [view email]
[v1] Thu, 22 Oct 2026 05:42:55 UTC (12,860 KB)

来源:Agent Control Flash News · arxiv.org

关联产品与深度拆解

原创·站长/Quantara 团队·约 3 分钟深度解析

Cursor Agent 架构全景拆解:从影子工作区到多文件推演引擎

全面剖析 Cursor 在 Agent 模式下的底层技术实现,解析影子分支隔离、LSP 上下文剪枝以及预测性补全的核心架构细节与工程实践经验。

深入理解底层架构与行业变量阅读拆解 →
精选·Vercel Changelog·约 1 分钟深度解析

Vercel v0 推出全新多 Agent 协作画布与实时全栈部署预览

动态速评:v0 正在从单一组件生成器演进为全栈应用搭建协作台,尤其是与 Neon/Postgres 的直连极大降低了全栈原型验证成本。

深入理解底层架构与行业变量阅读拆解 →