Parameters Relation of Quantization-based Watermarking Algorithms

We introduce the necessary and sufficient conditions for robustness of watermarking algorithms and the relation of attack energy, embedding strength and distinction parameter. This solves the problem of choosing the embedding parameter effectively and provides the approach for controlling the embedd...

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Main Authors: Changzhen Xiong, Junyi Xu, Jiancheng Zou
Format: Conference Proceeding
Language:English
Subjects:
attack-resistance
Bit error rate
digital watermarking
Educational institutions
Gaussian noise
Information analysis
Information science
Noise robustness
PSNR
Quantization
robustness
Signal processing algorithms
Watermarking
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Junyi Xu
Jiancheng Zou
description We introduce the necessary and sufficient conditions for robustness of watermarking algorithms and the relation of attack energy, embedding strength and distinction parameter. This solves the problem of choosing the embedding parameter effectively and provides the approach for controlling the embedding strength optimally. Then we analyze the optimization of fixed fidelity for a given PSNR (peak signal-to-noise ratio) and BER (bit error rate) under Gaussian noise attacks and get the upper limit of the embedding strength in spatial domain. We present the computation method of the embedding capacity for a given BER, embedding strength and attack energy under Gaussian noise attacks. The experimental results support the analysis
doi_str_mv 10.1109/ISSPIT.2006.270768
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subjects attack-resistance
Bit error rate
digital watermarking
Educational institutions
Gaussian noise
Information analysis
Information science
Noise robustness
PSNR
Quantization
robustness
Signal processing algorithms
Watermarking
title Parameters Relation of Quantization-based Watermarking Algorithms
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