Enabling Conversational Speech Synthesis using Noisy Spontaneous Data

In recent years, the quality of text-to-speech models has increased significantly, but most text-to-speech solutions are trained on datasets of read speech and do not cover conversational speaking styles due to the lack of suitable training data.This paper explores options for creating multi-style speech synthesis using speech recognition datasets that contain samples of spontaneous speech and dialogues but may also include background noise and an insufficient number of samples per speaker.We develop an Estonian multi-speaker TTS system that increases prosodic variability on conversational inputs while still being able to synthesize read speech.We show that our proposed approach can be used to train models that can be controlled to produce conversational speech with little compromise on audio quality.We also highlight a potential multilingual use case to achieve cross-lingual speaker and style transfer to lowresource languages that lack stylistically diverse speech corpora.

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Publication Details

Published
2024-09-01
DOI
https://doi.org/10.21437/interspeech.2024-2403
Primary Topic
Speech and dialogue systems
Type
article
Field-Weighted Citation Impact
0.00

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article

Enabling Conversational Speech Synthesis using Noisy Spontaneous Data

Liisa Rätsep, Rasmus Lellep, Mark Fishel
Speech and dialogue systems
article

Enabling Conversational Speech Synthesis using Noisy Spontaneous Data

Liisa Rätsep, Rasmus Lellep, Mark Fishel
article en

Abstract

In recent years, the quality of text-to-speech models has increased significantly, but most text-to-speech solutions are trained on datasets of read speech and do not cover conversational speaking styles due to the lack of suitable training data.This paper explores options for creating multi-style speech synthesis using speech recognition datasets that contain samples of spontaneous speech and dialogues but may also include background noise and an insufficient number of samples per speaker.We develop an Estonian multi-speaker TTS system that increases prosodic variability on conversational inputs while still being able to synthesize read speech.We show that our proposed approach can be used to train models that can be controlled to produce conversational speech with little compromise on audio quality.We also highlight a potential multilingual use case to achieve cross-lingual speaker and style transfer to lowresource languages that lack stylistically diverse speech corpora.

Eesti Teadusagentuur
Openalex Percentile: Top 88%
Speech and dialogue systems
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