Open-LLM-VTuber
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Open LLM VTuber
Overview :
Open-LLM-VTuber is an open-source project designed for interaction with large language models (LLMs) via voice, featuring real-time Live2D facial capture and cross-platform long-term memory capabilities. This project supports macOS, Windows, and Linux platforms, allowing users to select different speech recognition and speech synthesis backends, as well as customized long-term memory solutions. It is particularly suited for developers and enthusiasts looking to implement natural language conversations with AI across various platforms.
Target Users :
The target audience includes developers, tech enthusiasts, and AI researchers who can utilize Open-LLM-VTuber to create their own virtual characters, conduct research in natural language processing and machine learning, or develop applications for AI interaction.
Total Visits: 474.6M
Top Region: US(19.34%)
Website Views : 87.8K
Use Cases
Developers use Open-LLM-VTuber to create a virtual assistant capable of multi-language conversations.
Educational institutions leverage the project to teach students the fundamentals of natural language processing.
Tech enthusiasts use Open-LLM-VTuber to develop personalized AI chatbots.
Features
Supports voice interaction with any large language model backend compatible with the OpenAI API.
Customizable selection of speech recognition and text-to-speech providers.
Integrates MemGPT for long-term memory functionality, providing a continuous chat experience.
Supports Live2D models that automatically control facial expressions based on LLM responses.
Utilizes GPU acceleration on macOS to significantly reduce latency.
Supports multiple languages including Chinese.
Allows complete offline operation, ensuring user privacy.
How to Use
Install required dependencies such as FFmpeg and Python virtual environment.
Clone the Open-LLM-VTuber code repository to your local machine.
Configure the conf.yaml file in the project as needed, selecting the desired speech recognition and speech synthesis backends.
Run server.py to start the WebSocket communication server.
Open the index.html file to launch the front-end interface.
Execute launch.py or main.py to start the back-end processing.
Interact with large language models using voice and observe the real-time responses of the Live2D model.
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