Llasa-3B
L
Llasa 3B
Overview :
Llasa-3B is a powerful text-to-speech (TTS) model developed based on the LLaMA architecture, focused on Chinese and English speech synthesis. By integrating XCodec2's speech encoding technology, it efficiently converts text into natural and fluent speech. Its main advantages include high-quality speech output, support for multilingual synthesis, and flexible speech prompting capabilities. This model is suitable for various applications requiring speech synthesis, such as audiobook production and voice assistant development. Its open-source nature also allows developers to explore and expand its functionalities freely.
Target Users :
This model is ideal for developers, researchers, and content creators who require high-quality speech synthesis. It can be utilized for developing voice assistants, creating audiobooks, or for speech broadcasting in various scenarios.
Total Visits: 29.7M
Top Region: US(17.94%)
Website Views : 104.3K
Use Cases
Generate high-quality Chinese and English speech content for audiobook platforms.
Develop multilingual voice assistant applications that provide natural and fluent voice interactions.
Create course audio lectures for online education platforms to enhance the user experience.
Features
Efficient conversion of Chinese and English text to speech.
Ability to generate more natural speech using provided voice prompts.
Built on the LLaMA architecture, possessing strong language comprehension abilities.
Combines XCodec2 encoding technology to deliver high-quality speech output.
Supports custom training to accommodate different speech style requirements.
How to Use
1. Install XCodec2 and the necessary dependencies.
2. Use Hugging Face's AutoTokenizer and AutoModelForCausalLM to load the model.
3. Prepare the input text and format it into a structure accepted by the model.
4. Call the model to generate speech encoding and decode it into speech waveforms.
5. Save the generated speech as an audio file.
AIbase
Empowering the Future, Your AI Solution Knowledge Base
© 2025AIbase