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TraceableSpeech: Towards Proactively Traceable Text-to-Speech with Watermarking
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Various threats posed by the progress in text-to-speech (TTS) have prompted the need to reliably trace synthesized speech. However, contemporary approaches to this task involve adding watermarks to the audio separately after generation, a process that hurts both speech quality and watermark imperceptibility. In addition, these approaches are limited in robustness and flexibility. To address these problems, we propose TraceableSpeech, a novel TTS model that directly generates watermarked speech, improving watermark imperceptibility and speech quality. Furthermore, We design the frame-wise imprinting and extraction of watermarks, achieving higher robustness against resplicing attacks and temporal flexibility in operation. Experimental results show that TraceableSpeech outperforms the strong baseline where VALL-E or HiFicodec individually uses WavMark in watermark imperceptibility, speech quality and resilience against resplicing attacks. It also can apply to speech of various durations. The code is avaliable at https://github.com/zjzser/TraceableSpeech
Forward citations
Cited by 2 Pith papers
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MusicMark: A Robust Generative Watermarking Framework for Music Generation
Embedding watermark bits into diffusion semantic latents via a frozen-backbone adapter yields far more robust music provenance than post-hoc watermarking under codecs and cover-song attacks.
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Traceable TTS: Toward Watermark-Free TTS with Strong Traceability
A joint training loop makes an F5-TTS model produce audio that a paired wav2vec 2.0/LCNN discriminator can recognize, enabling watermark-free attribution; however, the reported generalization gain is not isolated from...
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