

Speech To Speech
Overview :
speech-to-speech is an open-source modular GPT4-o project that achieves speech-to-speech conversion through sequential components such as voice activity detection, speech-to-text, language modeling, and text-to-speech synthesis. It leverages the Transformers library and models available on the Hugging Face hub, providing a high degree of modularity and flexibility.
Target Users :
The target audience includes developers and researchers, particularly those interested in speech recognition, natural language processing, and speech synthesis technologies. This product is suitable for them because it provides a flexible, customizable open-source tool that can be used for research or to develop related applications.
Use Cases
Developers can use this model to create a voice assistant for voice interaction.
Researchers can conduct experiments and studies on speech recognition and synthesis using this model.
Educational institutions can integrate it into teaching tools to enhance students' understanding of speech technology.
Features
Voice Activity Detection (VAD): Uses Silero VAD v5.
Speech to Text (STT): Utilizes the Whisper model, including a distilled version.
Language Model (LM): You can choose any available instruction model from the Hugging Face Hub.
Text to Speech (TTS): Employs Parler-TTS, supporting various checkpoints.
Modular Design: Each component is implemented as a class and can be re-implemented according to specific needs.
Supports both server/client and local running methods.
How to Use
Clone the repository to your local environment.
Install the required dependencies.
Configure model parameters and generation parameters as needed.
Choose a run method: server/client approach or local method.
If using the server/client method, first run the model on the server, then handle audio input and output on the client.
If using the local method, run using the loopback address.
Utilize Torch Compile to optimize the performance of Whisper and Parler-TTS.
Use the model via command line, specifying different parameters to control the behavior of various parts.
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