Efficient coherent phase quantization for audio watermarking

The weighted overlap add (WOLA) technique is routinely used in audio processing to avoid introducing audible clicks. This process introduces inter-dependencies between WOLA coefficients and it is thus necessary to revisit watermarking algorithms to accommodate for such dependencies and prevent intro...

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Hauptverfasser: Xiao-Ming Chen, Doerr, Gwenael, Arnold, Michael, Baum, Peter G.
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Doerr, Gwenael
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Baum, Peter G.
description The weighted overlap add (WOLA) technique is routinely used in audio processing to avoid introducing audible clicks. This process introduces inter-dependencies between WOLA coefficients and it is thus necessary to revisit watermarking algorithms to accommodate for such dependencies and prevent introducing self-inflicted interferences. In this paper, we focus on an existing phase quantization based audio watermarking system. Instead of the original computationally expensive ad-hoc process for dealing with the inter dependencies between WOLA coefficients, we introduce an alternative strategy. Experimental results show a notable reduction of the complexity while maintaining robustness performances.
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subjects Correlation
Discrete Fourier transforms
phase quantization
Quantization
Signal coherent watermarking
Signal to noise ratio
Time domain analysis
Watermarking
WOLA transform
title Efficient coherent phase quantization for audio watermarking
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