A Highly Robust Reversible Watermarking Scheme Using Embedding Optimization and Rounded Error Compensation

Keyphrases

• Watermarking Scheme 100%
• Error Compensation 100%
• Robust Reversible Watermarking 100%
• Embedded Optimization 100%
• Normalization Method 66%
• Embedding Distortion 66%
• Adaptive Normalization 66%
• Pseudo-Zernike Moments 66%
• Embedding Strategy 66%
• Robust Watermark 66%
• High Capacity 33%
• Embedded Image 33%
• Watermarked Image 33%
• Invariance 33%
• Signal Processing 33%
• Salt-and-pepper Noise 33%
• Median Filter 33%
• Large Capacity 33%
• Experimental Simulation 33%
• Common Signal 33%
• JPEG2000 33%
• High Robustness 33%
• Mean Filter 33%
• Strong Robustness 33%
• Compressed Sensing 33%
• Amplitude Variation 33%
• Reversible Watermark 33%
• Two-dimensional Compressive Sensing 33%
• Geometrical Transformation 33%
• Inverse Transformation 33%

Computer Science

• Watermarking Scheme 100%
• Reversible Watermarking 100%
• Compressive Sensing 66%
• Imperceptibility 66%
• Embedding Distortion 66%
• Embedded Watermark 33%
• Watermarked Image 33%
• Median Filtering 33%
• Biggest Challenge 33%
• JPEG2000 33%

Mathematics

• Reversibility 100%
• Median 50%
• Signal Processing 50%
• Inverse Transformation 50%