MobileSpeech: A Fast and High-Fidelity Framework for Mobile Zero-Shot Text-to-Speech
Shengpeng Ji, Ziyue Jiang, Hanting Wang, Jialong Zuo, Zhou Zhao

TL;DR
MobileSpeech is a novel, fast, lightweight, and robust zero-shot TTS framework optimized for mobile devices, achieving high speech quality and inference speed with state-of-the-art results.
Contribution
It introduces a mobile-friendly zero-shot TTS system with a novel speech mask decoder and probabilistic masking, enabling real-time high-quality speech synthesis on mobile devices.
Findings
Achieves RTF of 0.09 on A100 GPU
Demonstrates effective multilingual speech synthesis
Successfully deployed on mobile devices
Abstract
Zero-shot text-to-speech (TTS) has gained significant attention due to its powerful voice cloning capabilities, requiring only a few seconds of unseen speaker voice prompts. However, all previous work has been developed for cloud-based systems. Taking autoregressive models as an example, although these approaches achieve high-fidelity voice cloning, they fall short in terms of inference speed, model size, and robustness. Therefore, we propose MobileSpeech, which is a fast, lightweight, and robust zero-shot text-to-speech system based on mobile devices for the first time. Specifically: 1) leveraging discrete codec, we design a parallel speech mask decoder module called SMD, which incorporates hierarchical information from the speech codec and weight mechanisms across different codec layers during the generation process. Moreover, to bridge the gap between text and speech, we introduce a…
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Videos
Taxonomy
TopicsSpeech Recognition and Synthesis · Speech and Audio Processing · Speech and dialogue systems
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