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b Detection ratio for the multi-watermark approach.
Moreover, the detector performance loss in the multi-watermark approach is equivalent to the performance loss in the case of the single-watermark approach.
On the other hand, Fig. 9 depicts that using the multi-watermark approach, with same performance loss as in the case of using only the single-watermark, the detection ratio increases when the switching frequency varies in the range 0-0.14 0-0.14ere f = 0 is tHz single-wheremark detector.
This shows how the non-stationary watermark mechanism does improve the detection abilities compared to the stationary watermark approach.
In accordance with the multi-objective nature of image watermarking, an optimal image watermarking approach using a multi-objective genetic algorithm is presented in this paper.
WNZH-DMST is another template-based watermarking approach incorporating the deformable multi-scale transform (DMST) that is somewhat similar to the DPT.
In the first experiment, a noise-gate-based digital watermarking approach is developed, and a scheme for noise gate digital watermarking approach is enhanced.
In this paper, we propose a robust image watermarking approach using Polar Harmonic Transforms (PHTs) based geometric correction.
In this paper, we propose a geometric correction based robust color image watermarking approach using quaternion Exponent moments (QEMs).
For a set of FSMs, both the feasibility and effectiveness of the proposed FSM-level watermarking approach are demonstrated.
In this paper, a semi-blind multiplicative watermarking approach for audio and speech signals has been presented.
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