

Maskgct
Overview :
MaskGCT is an innovative zero-shot text-to-speech (TTS) model that addresses the challenges present in autoregressive and non-autoregressive systems by eliminating the need for explicit alignment information and phone-level duration prediction. MaskGCT employs a two-stage model: the first stage uses text to predict semantic tokens extracted from a speech self-supervised learning (SSL) model; in the second stage, the model predicts acoustic tokens based on these semantic tokens. It follows a masking and prediction learning paradigm, learning to predict masked semantic or acoustic tokens based on given conditions and prompts during training. During inference, the model generates a specified length of tokens in parallel. Experiments show that MaskGCT surpasses the current state-of-the-art zero-shot TTS systems in terms of quality, similarity, and intelligibility.
Target Users :
MaskGCT is aimed at researchers and developers in the field of speech synthesis, as well as enterprises in need of high-quality speech synthesis services. It is particularly well-suited for applications that require generating natural and fluent speech without extensive training data, such as virtual assistants, audiobook production, and multilingual content creation.
Use Cases
Researchers use MaskGCT to generate voice samples of specific celebrities or anime characters for research and educational purposes.
Companies utilize MaskGCT to provide multilingual customer service, generating natural, fluent speech responses.
Content creators use MaskGCT to produce high-quality voice content for audiobooks and podcasts.
Features
Zero-shot contextual learning: Mimics specific speech styles and emotions without additional training.
Celebrity and anime character voice imitation: Demonstrates voice imitation capabilities for research purposes.
Emotion samples: Capable of learning the prosody, style, and emotion of the prompt voice.
Speech style imitation: Learns various speech styles, including emotion and accent.
Speech pace control: Capable of controlling the total duration of the generated audio and adjusting the speech pace.
Robustness: Exhibits higher robustness compared to autoregressive models.
Voice editing: Supports zero-shot voice content editing based on the masking and prediction mechanism.
Voice conversion: Allows for zero-shot voice conversion realized through model fine-tuning.
Cross-language video translation: Provides interesting examples of video translation.
How to Use
Visit the MaskGCT demo page.
Select or input the text you want to convert to speech.
Adjust various parameters of the speech, such as emotion, style, and pace.
Click the generate button; MaskGCT will process the text and produce the speech.
Download or play the generated speech file directly.
For advanced use cases, such as voice editing and voice conversion, further technical support and fine-tuning may be required.
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