The Tencent speech synthesis system for Blizzard Challenge 2020

Qiao Tian, Zewang Zhang, Linghui Chen, Heng Lu, Chengzhu Yu, Chao Weng, Dong Yu
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引用次数: 4

Abstract

This paper presents the Tencent speech synthesis system for Blizzard Challenge 2020. The corpus released to the partici-pants this year included a TV’s news broadcasting corpus with a length around 8 hours by a Chinese male host (2020-MH1 task), and a Shanghaiese speech corpus with a length around 6 hours (2020-SS1 task). We built a DurIAN-based speech synthesis system for 2020-MH1 task and Tacotron-based system for 2020-SS1 task. For 2020-MH1 task, firstly, a multi-speaker DurIAN-based acoustic model was trained based on linguistic feature to predict mel spectrograms. Then the model was fine-tuned on only the corpus provided. For 2020-SS1 task, instead of training based on hard-aligned phone boundaries, a Tacotron-like end-to-end system is applied to learn the mappings between phonemes and mel spectrograms. Finally, a modified version of WaveRNN model conditioning on the predicted mel spectrograms is trained to generate speech waveform. Our team is identified as L and the evaluation results shows our systems perform very well in various tests. Especially, we took the first place in the overall speech intelligibility test.
2020暴雪挑战赛的腾讯语音合成系统
本文介绍了腾讯暴雪挑战赛2020语音合成系统。今年向参与者发布的语料库包括一个长度约为8小时的中国男主持人的电视新闻广播语料库(2020-MH1任务)和一个长度约为6小时的上海话语料库(2020-SS1任务)。针对2020-MH1任务构建了基于durian的语音合成系统,针对2020-SS1任务构建了基于tacotron的语音合成系统。对于2020-MH1任务,首先基于语言特征训练基于durian的多说话人声学模型来预测mel谱图;然后仅根据提供的语料库对模型进行微调。对于2020-SS1任务,采用类似tacotron的端到端系统来学习音素和mel谱图之间的映射,而不是基于硬对齐的电话边界进行训练。最后,在预测的mel谱图上训练一个改进的WaveRNN模型来生成语音波形。我们的团队被确定为L,评估结果表明我们的系统在各种测试中表现非常好。特别是,我们在整体语音清晰度测试中获得了第一名。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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