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A Unit-based System and Dataset for Expressive Direct Speech-to-Speech Translation
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Current research in speech-to-speech translation (S2ST) primarily concentrates on translation accuracy and speech naturalness, often overlooking key elements like paralinguistic information, which is essential for conveying emotions and attitudes in communication. To address this, our research introduces a novel, carefully curated multilingual dataset from various movie audio tracks. Each dataset pair is precisely matched for paralinguistic information and duration. We enhance this by integrating multiple prosody transfer techniques, aiming for translations that are accurate, natural-sounding, and rich in paralinguistic details. Our experimental results confirm that our model retains more paralinguistic information from the source speech while maintaining high standards of translation accuracy and naturalness.
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Cited by 1 Pith paper
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Breaking the Barriers of Text-Hungry and Audio-Deficient AI
A proposed audio-native translation framework called MAST with fractional diffusion is described, but no evidence is given that it produces working translations.
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