参加 2024 年 VoiceMOS 挑战赛的 T05 系统:从深度图像分类器到高质量合成语音自然度 MOS 预测的迁移学习

Kaito Baba, Wataru Nakata, Yuki Saito, Hiroshi Saruwatari
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引用次数: 0

摘要

我们的系统是为 VMC 2024 第 1 赛道设计的,该赛道的重点是准确预测高质量合成语音的自然度平均意见分(MOS)。除了预训练的基于自我监督学习(SSL)的语音特征提取器外,我们的系统还结合了预训练的图像特征提取器,以捕捉语音频谱图中观察到的合成语音的差异。然后,我们对这两个预测器进行微调,利用两个提取特征的融合获得更好的 MOS 预测效果。在 VMC 2024 Track 1 中,我们的 T05 系统在 16 个评估指标中的 7 个指标中获得第一名,在其余 9 个指标中获得第二名,与排名第三及以下的系统相比差距显著。我们还报告了消融研究的结果,以研究我们系统的关键因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The T05 System for The VoiceMOS Challenge 2024: Transfer Learning from Deep Image Classifier to Naturalness MOS Prediction of High-Quality Synthetic Speech
We present our system (denoted as T05) for the VoiceMOS Challenge (VMC) 2024. Our system was designed for the VMC 2024 Track 1, which focused on the accurate prediction of naturalness mean opinion score (MOS) for high-quality synthetic speech. In addition to a pretrained self-supervised learning (SSL)-based speech feature extractor, our system incorporates a pretrained image feature extractor to capture the difference of synthetic speech observed in speech spectrograms. We first separately train two MOS predictors that use either of an SSL-based or spectrogram-based feature. Then, we fine-tune the two predictors for better MOS prediction using the fusion of two extracted features. In the VMC 2024 Track 1, our T05 system achieved first place in 7 out of 16 evaluation metrics and second place in the remaining 9 metrics, with a significant difference compared to those ranked third and below. We also report the results of our ablation study to investigate essential factors of our system.
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