arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2410.03192eess.AScs.AIcs.SD

MultiVerse:高效且富有表现力的零样本多任务文本到语音合成

MultiVerse: Efficient and Expressive Zero-Shot Multi-Task Text-to-Speech

SK Telecom(SK电信);NC Research(NC研究院);NCSOFT Corp.(NCsoft公司)

Taejun Bak, Youngsik Eom, SeungJae Choi, Young-Sun Joo

AI总结:

MultiVerse通过源-滤波器解耦和自回归与非自回归结合的韵律建模,在极少训练数据下实现零样本多任务TTS和风格迁移,性能媲美甚至超越数据驱动系统。

摘要:

扩大训练数据规模的文本到语音(TTS)系统在零样本语音合成方面取得了显著进展。然而,这些系统存在一定局限性:它们需要大量训练数据,从而增加了成本,并且往往忽略了韵律相似性。为解决这些问题,我们提出了MultiVerse,一个零样本多任务TTS系统,能够在零样本和跨语言条件下执行TTS或语音风格迁移。与传统数据驱动方法相比,MultiVerse所需的训练数据少得多。为了在数据有限的情况下仍保证零样本性能,我们利用基于源-滤波器理论的解耦方法,使用提示来建模与滤波器和源相关的表示。此外,为了进一步增强韵律相似性,我们采用了一种结合基于提示的自回归与非自回归方法的韵律建模方法。评估结果表明,MultiVerse具有出色的零样本多任务TTS性能,并且表明MultiVerse不仅以少得多的数据实现了与数据驱动TTS系统相当的零样本TTS性能,而且显著优于使用同样少量数据训练的其他零样本TTS系统。特别是,我们新颖的韵律建模技术对MultiVerse生成与给定提示具有高韵律相似性的语音的能力做出了重要贡献。我们的样本可在https://nc-ai.github.io/speech/publications/multiverse/index.html获取。

英文摘要:

Text-to-speech (TTS) systems that scale up the amount of training data have achieved significant improvements in zero-shot speech synthesis. However, these systems have certain limitations: they require a large amount of training data, which increases costs, and often overlook prosody similarity. To address these issues, we propose MultiVerse, a zero-shot multi-task TTS system that is able to perform TTS or speech style transfer in zero-shot and cross-lingual conditions. MultiVerse requires much less training data than traditional data-driven approaches. To ensure zero-shot performance even with limited data, we leverage source-filter theory-based disentanglement, utilizing the prompt for modeling filter-related and source-related representations. Additionally, to further enhance prosody similarity, we adopt a prosody modeling approach combining prompt-based autoregressive and non-autoregressive methods. Evaluations demonstrate the remarkable zero-shot multi-task TTS performance of MultiVerse and show that MultiVerse not only achieves zero-shot TTS performance comparable to data-driven TTS systems with much less data, but also significantly outperforms other zero-shot TTS systems trained with the same small amount of data. In particular, our novel prosody modeling technique significantly contributes to MultiVerse's ability to generate speech with high prosody similarity to the given prompts. Our samples are available at https://nc-ai.github.io/speech/publications/multiverse/index.html

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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