Two new research papers explore advanced techniques for speech enhancement, focusing on methods that improve audio quality under challenging acoustic conditions. The first paper introduces a test-time adaptation approach that uses an autoregressive prior derived from a neural audio codec to regularize speech enhancement models, showing improved quality especially when training and testing conditions differ. The second paper proposes a masked autoregressive speech enhancement method that leverages continuous latent representations from neural audio codecs, demonstrating a flexible trade-off between performance and computational cost. AI
IMPACT These papers advance speech enhancement techniques by exploring novel uses of neural audio codecs and autoregressive models, potentially leading to improved audio clarity in various applications.
RANK_REASON Two academic papers published on arXiv detailing novel methods for speech enhancement.
- arXiv
- Conformer model
- continuous latent representations
- DAC codec
- Hugging Face
- Kullback--Leibler divergence
- masked generative modeling
- Neural Audio Codec Representations
- Neural Audio Codecs
- Speech enhancement
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