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Reinforcement Learning for Emotional Text-to-Speech Synthesis with Improved Emotion Discriminability
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Emotional text-to-speech synthesis (ETTS) has seen much progress in recent years. However, the generated voice is often not perceptually identifiable by its intended emotion category. To address this problem, we propose a new interactive training paradigm for ETTS, denoted as i-ETTS, which seeks to directly improve the emotion discriminability by interacting with a speech emotion recognition (SER) model. Moreover, we formulate an iterative training strategy with reinforcement learning to ensure the quality of i-ETTS optimization. Experimental results demonstrate that the proposed i-ETTS outperforms the state-of-the-art baselines by rendering speech with more accurate emotion style. To our best knowledge, this is the first study of reinforcement learning in emotional text-to-speech synthesis.
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Cited by 2 Pith papers
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Evaluating and Rewarding LALMs for Expressive Role-Play TTS via Mean Continuation Log-Probability
A new metric, MCLP, uses a frozen audio-LLM's continuation likelihood to grade speaking-style consistency and doubles as a reward that improves role-play TTS on a new 1,435-hour drama dataset.
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Exploring the Impact of Emotional Voice Integration in Sign-to-Speech Translators for Deaf-to-Hearing Communication
Hearing nonsigners misread ASL signers' emotions, especially when grammatical facial markers are present, and adding an emotion-matched voice to translation improves recognition.
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