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arXiv 2502.01547eess.AScs.CVcs.SD

用于多语言音视频抗噪语音识别的mWhisper-Flamingo

mWhisper-Flamingo for Multilingual Audio-Visual Noise-Robust Speech Recognition

MIT(麻省理工学院);MIT-IBM Watson AI Lab(麻省理工-IBM沃森人工智能实验室);University of Tuebingen(图宾根大学)

Andrew Rouditchenko, Samuel Thomas, Hilde Kuehne, Rogerio Feris, James Glass

AI总结:

本文提出mWhisper-Flamingo,通过融合预训练音频模型Whisper和视频模型AV-HuBERT,并引入解码器模态丢弃机制,在9种语言的MuAViC数据集上实现了多语言抗噪音视频语音识别的最先进性能。

摘要:

音视频语音识别(AVSR)将基于唇语的视频与音频相结合,能够在噪声环境中提升性能,但大多数方法仅在英语数据上训练。一个限制是缺乏大规模多语言视频数据,这使得从头训练模型变得困难。在本工作中,我们提出了用于多语言AVSR的mWhisper-Flamingo,它结合了预训练音频模型(Whisper)和视频模型(AV-HuBERT)的优势。为了实现更好的多模态集成并提升噪声条件下的多语言性能,我们引入了解码器模态丢弃机制,使模型既在成对的音视频输入上训练,也在单独的音频/视频输入上训练。mWhisper-Flamingo在MuAViC(一个包含9种语言的AVSR数据集)上取得了最先进的词错误率(WER)。在噪声条件下,音视频mWhisper-Flamingo在所有语言上均一致优于仅音频的Whisper。

英文摘要:

Audio-Visual Speech Recognition (AVSR) combines lip-based video with audio and can improve performance in noise, but most methods are trained only on English data. One limitation is the lack of large-scale multilingual video data, which makes it hard to train models from scratch. In this work, we propose mWhisper-Flamingo for multilingual AVSR which combines the strengths of a pre-trained audio model (Whisper) and video model (AV-HuBERT). To enable better multi-modal integration and improve the noisy multilingual performance, we introduce decoder modality dropout where the model is trained both on paired audio-visual inputs and separate audio/visual inputs. mWhisper-Flamingo achieves state-of-the-art WER on MuAViC, an AVSR dataset of 9 languages. Audio-visual mWhisper-Flamingo consistently outperforms audio-only Whisper on all languages in noisy conditions.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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