Table of content:
Chapter 1 Introduction - information hiding
Chapter 2 Mathematical foundation for digital watermarking technology - Fourier transform, Cosine transform, Wavelet transfer, Matrix decomposition (SVD decomposition, Schur decomposition, QR decomposition, Hessenberg matrix factorization)
Chapter 3 Color Image – introduction, color image parameters, color image representation space (RGB color space, YIQ color space, YUV color space, YCbCr color space), perceptual representation space (HSI color space, HSV color space)
Chapter 4 Watermarking algorithm based on DC Coefficient - Introduction, DC coefficient modification in space domain, space domain algorithms and performance evaluation (invisibility, robustness)
Chapter 5 Watermarking algorithm for double blind color image based on integer wavelet transform (IWT) - introduction, coding and IWT, algorithms and performance evaluation (invisibility, robustness)
Chapter 6 Watermarking algorithm based on SVD decomposition - introduction, decomposition and compensation optimization, algorithms and performance evaluation (invisibility, robustness)
Chapter 7 Watermarking algorithm for double blind color image based Schur decomposition - introduction, Schur decomposition, algorithms and performance evaluation (invisibility, robustness)
Chapter 8 Watermarking algorithm for double blind color image based on QR decomposition - introduction, QR decomposition, algorithms and performance evaluation (invisibility, robustness, comparison among different algorithms)
Chapter 9 Watermarking algorithm based on Hessenberg decomposition - introduction, Hessenberg decomposition, algorithms and performance evaluation (invisibility, robustness)
Chapter 10 Summary and outlook
References
