A distributed text-to-speech system schedules processing requests across multiple servers to reduce operational costs.
Encoder maps phonemes to states and decoder generates audio waveforms using attention weights, reducing training complexity.
A sound processing system alters time-series data portions to generate new pronunciation styles while maintaining user-specified sound characteristics.
A machine learning module trains on parallel neutral prosody vectors generated from expressive recordings to produce natural speech audio.
A speech synthesis method preserves phase information using speaker-dependent phase differences to synchronize pitch periods.
A hybrid text-to-speech engine segments voice models to cache speech units locally, enabling immediate synthesis without network dependency.
Pre-computing band noise and pulse signals eliminates real-time filtering, enabling faster waveform generation while maintaining high-quality tone.
A text-to-speech system inserts additional phonemes into initial sequences to generate speech with varying rhythms.