4 accepted papers
Current Non-Audible Murmur (NAM)-to-speech techniques rely on voice cloning to simulate ground-truth speech from paired whispers. However, the simulated speech often lacks intelligibility and fails to generalize well across different speakers. To address this issue, we focus on learning phoneme-leve…
We present a multilingual, multi-speaker, low-latency speech synthesis system developed by the HamaraAwaz team for Track 1 of the LIMMITS’25 challenge. To improve speaker similarity and naturalness in Indic languages, we build on ParrotTTS. We utilize disentangled self-supervised speech representati…
Previous real-time MRI (rtMRI)-based speech synthesis models depend heavily on noisy ground-truth speech. Applying loss directly over ground truth mel-spectrograms entangles speech content with MRI noise, resulting in poor intelligibility. We introduce a novel approach that adapts the multi-modal se…
Pronunciation correction is crucial for Text-to-Speech (TTS) systems in production. Traditional methods, which rely on phoneme sequence manipulation, are often cumbersome and error-prone. To address this, we propose Prompt-to-Correct, an editing-based methodology for pronunciation correction in TTS…