Enhancing data transfer architecture using LSB steganography combined with reed solomon code

• DOI: 10.14419/ijet.v7i2.29.13119
• Publication Date: 2018-07-31T17:03:49Z
• Authors: H A. Jassim; Z K. Taha; M A. Alsaedi; B M. Albaker
• Keywords: Code (set theory); Haar wavelet

In this paper, new steganographic systems employing least significant bit technique and wavelet transform for embedding are proposed. These incorporate threshold level to enhance the performance of scheme. Further, Forward error correcting code is used improve system performance. proposed system, cover image a gray applied directly. The secret coded using Reed Solomon preparing process. locations randomly selected according pseudorandom number sequence. combination between ciphering process steganography gives high security. This idea makes unauthorized retrieval difficult. simulation results show that stego visually similar original one does not have any suspension about embedded image. extracted indicate one-level Haar increases capacity can be embedded. Hence, goals achieved in these systems. simulated MATLAB® software package.