ドラクエ３の女勇者のAI音声合成モデルを作りました。
Translate and generate speech from text
Generate audio from text in multiple languages
Generate speech from text and audio sample
Generate speech with multi-language text
Generate audio from text in multiple languages
Translate and generate speech from audio input
Convert text to speech in multiple languages
Generate speech from text in various languages and voices
Translate speech or text between languages
Generate multilingual speech using text input
Generate speech from text in multiple languages
Generate speech from text in multiple languages
Style-Bert-VITS2-AJU YM is an AI speech synthesis model designed to generate high-quality speech from text, particularly focused on the female hero character from Dragon Quest III. This model combines advanced text understanding capabilities with state-of-the-art voice synthesis to create realistic and engaging audio outputs. It leverages the power of BERT for context-aware text processing and VITS for high-fidelity speech generation.
• Multilingual Support: Generate speech in multiple languages for global accessibility.
• Stylistic Control: Customize the tone, pitch, and style of the generated speech to match specific character personas.
• High-Quality Audio: Produces natural and expressive speech that closely resembles human voice acting.
• Context-Aware: Understands the nuances of text input to deliver appropriate emotional responses.
• Dragon Quest III Compatibility: Optimized for recreating the iconic voice of the female hero from Dragon Quest III.
What is Style-Bert-VITS2-AJU YM used for?
Style-Bert-VITS2-AJU YM is primarily used to generate realistic speech for the female hero character from Dragon Quest III, but it can also be adapted for other creative projects requiring high-quality text-to-speech synthesis.
Can I use Style-Bert-VITS2-AJU YM for other languages?
Yes, the model supports multilingual speech generation, making it suitable for projects requiring voices in multiple languages.
How do I customize the speech style?
You can customize the tone, pitch, and style of the generated speech by adjusting the model's parameters during the synthesis process. This allows you to tailor the output to match specific character personas or emotional expressions.