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Voice Conversion With Just Nearest Neighbors
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Any-to-any voice conversion aims to transform source speech into a target voice with just a few examples of the target speaker as a reference. Recent methods produce convincing conversions, but at the cost of increased complexity -- making results difficult to reproduce and build on. Instead, we keep it simple. We propose k-nearest neighbors voice conversion (kNN-VC): a straightforward yet effective method for any-to-any conversion. First, we extract self-supervised representations of the source and reference speech. To convert to the target speaker, we replace each frame of the source representation with its nearest neighbor in the reference. Finally, a pretrained vocoder synthesizes audio from the converted representation. Objective and subjective evaluations show that kNN-VC improves speaker similarity with similar intelligibility scores to existing methods. Code, samples, trained models: https://bshall.github.io/knn-vc
Forward citations
Cited by 3 Pith papers
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PseudoVC: Improving One-shot Voice Conversion with Pseudo Paired Data
A two-part training strategy that uses a pretrained voice conversion model to generate pseudo paired data and same-speaker sampling to reduce train-inference mismatch, improving one-shot voice conversion over FreeVC a...
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Pureformer-VC: Non-parallel Voice Conversion with Pure Stylized Transformer Blocks and Triplet Discriminative Training
Pureformer-VC is a transformer-based encoder-decoder for non-parallel voice conversion that reports competitive, but not state-of-the-art, results on VCTK and AISHELL-3.
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EZ-VC: Easy Zero-shot Any-to-Any Voice Conversion
EZ-VC combines discrete units from a multilingual self-supervised encoder (Xeus) with an F5-TTS flow-matching decoder to achieve zero-shot any-to-any voice conversion, without text labels or multiple disentangling encoders.
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