Shabdh: A multi lingual zero-shot voice cloning approach with speaker disentanglement

This paper presents a zero-shot voice cloning system leveraging the DIS-Vector framework, which disentangles and encodes key speech features: content, pitch, timbre, and rhythm. Using the YourTTS architecture, the system synthesizes high-quality speech with precise control over both speaker identity and speech characteristics. The approach integrates multilingual data from the LIMMITS-25 dataset. The system employs neural codec TTS and clustering techniques for efficient and personalized speech synthesis. By utilizing DIS-Vector embeddings, the system enables zero-shot voice cloning, allowing the synthesis of speech in the voice of any unseen speaker with high fidelity and adaptability across multiple languages.

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Publication Details

Published
2025-03-12
DOI
https://doi.org/10.1109/icassp49660.2025.10890203
Primary Topic
Speech Recognition and Synthesis
Type
article
Field-Weighted Citation Impact
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article

Shabdh: A multi lingual zero-shot voice cloning approach with speaker disentanglement

Sreeja Manghat, Sreeram Manghat, Tanja Schultz
Speech Recognition and Synthesis
article

Shabdh: A multi lingual zero-shot voice cloning approach with speaker disentanglement

Sreeja Manghat, Sreeram Manghat, Tanja Schultz
article en

Abstract

This paper presents a zero-shot voice cloning system leveraging the DIS-Vector framework, which disentangles and encodes key speech features: content, pitch, timbre, and rhythm. Using the YourTTS architecture, the system synthesizes high-quality speech with precise control over both speaker identity and speech characteristics. The approach integrates multilingual data from the LIMMITS-25 dataset. The system employs neural codec TTS and clustering techniques for efficient and personalized speech synthesis. By utilizing DIS-Vector embeddings, the system enables zero-shot voice cloning, allowing the synthesis of speech in the voice of any unseen speaker with high fidelity and adaptability across multiple languages.

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Speech Recognition and Synthesis
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