arXiv:2511.04184cs.CLcs.AI2025-11被引 1

让大模型当可信传话人,确保信息传递不走样。

Trustworthy LLM-Mediated Communication: Evaluating Information Fidelity in LLM as a Communicator (LAAC) Framework in Multiple Application Domains

  • 用结构化对话捕捉发送方意图,避免内容被大模型过度膨胀或压缩。
  • 实验发现不同场景下信息保真度有明显差距,需改进可靠性。
  • 适合学术、邮件等高精度沟通场景,关注信息真实性的研究者必看。

AI生成内容泛滥导致沟通失真:发送方用大模型将简单想法扩展成冗长内容,接收方又用大模型压缩回摘要,双方均未接触真实信息。本文提出LAAC(大模型作为沟通者)框架,将大模型定位为智能通信中介,通过结构化对话准确捕获发送方意图,并在学术论文、提案、职场邮件及跨平台内容生成等多元场景中促进真实知识交换。然而,将大模型作为可信沟通中介也带来信息保真度、一致性和可靠性挑战。本文系统评估了三个核心维度:(1)信息捕获保真度——在不同沟通类型中从发送方访谈提取意图的准确性;(2)可复现性——多次交互间结构化知识的一致性;(3)查询响应完整性——面向接收方回复的可靠性,杜绝幻觉、来源混淆或虚构。基于多代理架构的受控实验表明,当前存在可测量的信任缺口,必须解决后才能在高风险沟通场景中可靠部署。

原文摘要 · Abstract (English)

The proliferation of AI-generated content has created an absurd communication theater where senders use LLMs to inflate simple ideas into verbose content, recipients use LLMs to compress them back into summaries, and as a consequence neither party engage with authentic content. LAAC (LLM as a Communicator) proposes a paradigm shift - positioning LLMs as intelligent communication intermediaries that capture the sender's intent through structured dialogue and facilitate genuine knowledge exchange with recipients. Rather than perpetuating cycles of AI-generated inflation and compression, LAAC enables authentic communication across diverse contexts including academic papers, proposals, professional emails, and cross-platform content generation. However, deploying LLMs as trusted communication intermediaries raises critical questions about information fidelity, consistency, and reliability. This position paper systematically evaluates the trustworthiness requirements for LAAC's deployment across multiple communication domains. We investigate three fundamental dimensions: (1) Information Capture Fidelity - accuracy of intent extraction during sender interviews across different communication types, (2) Reproducibility - consistency of structured knowledge across multiple interaction instances, and (3) Query Response Integrity - reliability of recipient-facing responses without hallucination, source conflation, or fabrication. Through controlled experiments spanning multiple LAAC use cases, we assess these trust dimensions using LAAC's multi-agent architecture. Preliminary findings reveal measurable trust gaps that must be addressed before LAAC can be reliably deployed in high-stakes communication scenarios.

大模型通信信息保真可信生成

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