Steganography for Secure Communication Using BPCS and HDWT
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2017, Vol 5, Issue 1
Abstract
Steganography is an invisible communication for hiding existence of communicated information bits. In this paper, we propose Steganography for Secure Communication using BPCS and HDWT (SSCBH). The Bit Plane Complexity Splicing (BPCS) is applied on the cover image of size 512 x 512 to generate bit planes. The HDWT is applied on each bit plane to generate four subbands. The HH subband of the cover image is used to embed the payload. The permutation process is used to generate stego key which is used to extract the payload. The payload is converted into binary form and last 4-LSB bits of each column are embedded into the HH band of cover image. It is observed that the value of PSNR is high for the payload image of size 90 x 90 for different images of cover image.
Authors and Affiliations
Siddalingesh Bandi, Manjunatha Reddy. H S
Keywords
Related Articles
- EP ID EP23029
- DOI -
- Views 296
- Downloads 5
An Overview of Boost Converter Topologies With Passive Snubber
This paper does the analysis of different passive snubber in soft switched boost converters with the help of SIMULINK. Here comparison of the converters with passive snubber have been done to determine which one is effi...
Sensitivity Analysis of High Speed Sense Amplifier
In this paper we have examined the sensitivity Of Current Mirror Sense amplifier at different values of Vdd and W/L ratio.We have verified the results of sensitivity at 180 nano meter technology. In this Paper we will s...
Design of Smart City
Wireless technologies are in style and chop-chop developed throughout few years that are being employed in smart applications like home automation, greenhouse observance, health care and industrial management etc. The i...
Design and Implementation of Energy efficient MAC Layer for Indoor Real Time Localization Systems
Positioning is a technique that is used to locate mobile devices in real-time or near real time. As GPS system can’t truck movable objects accurately in indoor environment there have to be another method that should be...
Non contactActive Vibration control of Cantilever Beam Using Neural Networking
The aim of this study is to propose an active non-contact vibration damper to minimize the amplitude vibration of structure. The damper is made of an electromagnet. A neural network control system is proposed in this st...