Data Hiding Based On Overlapped Pixels Using Hamming Code

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Resume of James C.N. Yang - C.N. Yang Homepage

5 21. Z. Zhou, C.N. Yang, C. Kim, S. Cimato, Introduction to the Special Issue on Deep Learning for Real‑Time Information Hiding and Forensics, Journal of Real-Time Image Processing,

Modified BCH data hiding scheme for JPEG steganography

Modified BCH data hiding scheme for JPEG steganography Vasily Sachnev1 and Hyoung Joong Kim2* Abstract In this article, a new Bose-Chaudhuri-Hochquenghem (BCH)-based data hiding scheme for JPEG steganography is presented. Traditional data hiding approaches hide data into each block, where all the blocks are not overlapping each other.

CRYPTOGRAPY - DAAAM

pixel that will be encrypted using a set of n collections of m black and white sub-pixels. Relative contrast (RC). Represents the difference in intensity that is measured between two different pixels, one black and another one white in the destination image. The Hamming weight (HAM(V)). Represents the 1‟

A Novel Adjustable RDH Method for AMBTC-Compressed Codes

based RDH methods can be decoded by traditional AMBTC decoders, but the obtained payload is low. To this end, in this paper, a high-capacity and decodable AMBTC-based RDH scheme is presented. It is well observed that an m n-sized bitmap has 2mn combinations of 1 and 0 However, all the bitmaps