网易有道开源流式语音识别模型 Confucius4-R2T2,已提交文本不再被改写

Rohan Paul · @rohanpaul_ai · X·2026-09-17 05:28·49分钟前
AI 导读

网易有道开源流式语音识别模型 Confucius4-R2T2,其核心约束是语音增量消费但只对已提交文本执行动作,已提交文本永不被改写。模型基于 Qwen3-ASR,用 Longest Stable Prefix 学习判断何时可安全输出文本,且解码器基于 LLM,可在运行时注入姓名、产品术语等行业上下文而无需改动权重。

Rohan Paul@rohanpaul_ai
55AI 编辑部评分,满分 100

网易有道开源流式语音识别模型 Confucius4-R2T2,已提交文本不再被改写

2026-09-17 05:28· 49分钟前
AI 导读

网易有道开源流式语音识别模型 Confucius4-R2T2,其核心约束是语音增量消费但只对已提交文本执行动作,已提交文本永不被改写。模型基于 Qwen3-ASR,用 Longest Stable Prefix 学习判断何时可安全输出文本,且解码器基于 LLM,可在运行时注入姓名、产品术语等行业上下文而无需改动权重。

Voice agents should consume speech incrementally but only act on committed text, because a fast transcript that mutates text can corrupt downstream agent state.

NetEase Youdao just open-sourced Confucius4-R2T2, a streaming ASR (Automatic Speech Recognition) model built exactly around that constraint.

It never rewrites committed text, i.e. my text is never gets rewritten underneath me.

That append-only behavior targets a very serioius production failure in voice agents, where software may act on partial speech before the speaker finishes.

Built on Qwen3-ASR, R2T2 uses Longest Stable Prefix learning to decide when text is safe to emit and when it needs more audio context.

The underrated detail in Confucius R2T2 is that because the decoder is LLM-based, context can be injected at runtime.

Names. Product terms. Industry jargon. Meeting topics. You steer recognition without touching the weights, which is a very different design choice from treating the acoustic model as a fixed black box.