Titlebook: Reversible Steganography and Authentication via Transform Encoding; Jyotsna Kumar Mandal Book 2020 Springer Nature Singapore Pte Ltd. 2020

JIBE

sundowning

Jyotsna Kumar Mandal in eine bürokratische Regelungsstruktur eingebettet ist). Wie das ?Nichtabsolutistische im Absolutismus“ (Oestreich/Baumgart; zit. nach Neugebauer 1985, 2), w?re auch das ?Nichtbürokratische der Bürokratie“ erst noch zu thematisieren. Andernfalls müssten die ?Schule“ des 19. und des 21. Jahrhundert

驚奇

交響樂

Jyotsna Kumar Mandal in eine bürokratische Regelungsstruktur eingebettet ist). Wie das ?Nichtabsolutistische im Absolutismus“ (Oestreich/Baumgart; zit. nach Neugebauer 1985, 2), w?re auch das ?Nichtbürokratische der Bürokratie“ erst noch zu thematisieren. Andernfalls müssten die ?Schule“ des 19. und des 21. Jahrhundert

簡略

放氣

非實(shí)體

Reversible Encoding in Spatial and Spectral Domain,sults, video steganography, dual-image steganography, and hash base steganography with adjustment procedure are given in detail. Genetic algorithm-based color image authentication technique with implementation results, analysis, and comparison of the results with existing technique is also given.

清楚說話

Discrete Fourier Transform-Based Steganography,for both 1D and 2D DFT and IDFT transform computation for confirmation of reversibility. LSB encoding on 8 x 4 sub-image is also given completely with flow diagram. A complete algorithm of DFT-based steganography is given with a capacity of embedding payload of 0.75bpB along with its implementation results and analysis.

疼死我了

Reversible Transform Encoding via Discrete Binomial Transformation,uthentication has been discussed in detail with citation of numerical examples. Complete implementation of an algorithm for embedding and extraction is given with a payload of 1.5 bpB along with discussions of implementation results. Applications are given at end.

FOLD

Reversible Transform Encoding Using Grouplet Transformation,ersibility computation of G-Let D3 to D10 is also given in detail. Implementation of G-Let for all D3 to D10 for reversibility computation is shown in images with all G-Let components. Implementation of an algorithm for embedding and extraction with a payload of 0.5 bpB is given. Applications are given at end.