

Seed TTS
Overview :
Seed-TTS, launched by ByteDance, is a series of large-scale autoregressive text-to-speech (TTS) models capable of generating speech indistinguishable from human voice. It excels in voice context learning, speaker similarity, and naturalness. Through fine-tuning, the subjective score can be further improved. Seed-TTS also provides superior control over vocal attributes like emotion and can generate expressive and diverse voices. Furthermore, it proposes a self-distillation method for voice decomposition and a reinforcement learning method to enhance model robustness, speaker similarity, and controllability. The non-autoregressive (NAR) variant of Seed-TTS, Seed-TTSDiT, is also presented. It utilizes a fully diffusion-based architecture, independent of pre-estimated phoneme durations, and performs speech generation in an end-to-end manner.
Target Users :
Seed-TTS is suitable for enterprises and developers who need high-quality voice synthesis, such as intelligent assistants, audiobooks, virtual assistants, and voice interaction systems. Its high naturalness and controllability enable it to better meet user needs and enhance user experience when providing voice services.
Use Cases
An intelligent assistant uses Seed-TTS to generate natural speech to interact with users.
Audiobook applications leverage Seed-TTS to provide smooth narration services for books.
Virtual assistants utilize Seed-TTS to deliver emotionally rich voice feedback.
Features
Generate high-quality speech indistinguishable from human voice
Context learning for more natural speech generation
Further improve subjective score after fine-tuning
Superior control over vocal attributes like emotion
Generate expressive and diverse voices
Self-distillation method for voice decomposition
Reinforcement learning method to enhance model robustness
How to Use
Step 1: Visit the Seed-TTS product page and learn basic information.
Step 2: Register an account and obtain API access rights.
Step 3: Integrate the Seed-TTS model into your application according to the documentation.
Step 4: Upload text content and call the API to generate speech.
Step 5: Adjust voice attributes like speech rate, pitch, and emotion to meet specific needs.
Step 6: Integrate the generated speech into your product and provide it to users.
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