sieving division shuffling process and algorithm and description...
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To get full information or details of a keyless approach of image encryption ppt please have a look on the pages
http://studentbank.in/report-a-modified-...encryption
http://studentbank.in/report-a-modified-...ode=linear
if you again feel trouble on a keyless approach of image encryption ppt please reply in that page and ask specific fields in a keyless approach of image encryption ppt
send me report of keyless approach to image encryption
give a detail idea about division in keyless approach to image encryption
Posts: 4,577
Threads: 25
Joined: Mar 2013
To get full information or details of a keyless approach of image encryption please have a look on the pages
http://studentbank.in/report-a-new-chaot...encryption
if you again feel trouble on a keyless approach of image encryption please reply in that page and ask specific fields in a keyless approach of image encryption
I am a final year student.i have to trying to do the final year project based on the topic a keyless approach to image encryption,So kindly pls send all details and implementation of topic a keyless approach to image encryption since i have no idea about the project.My mail id is devisdas005[at]gmail.com
Im final year BE student. working on keyless image encryption using SDS algo.. kindly mail me content of this topic.. so i can study on it.
meghapatelme02[at]gmail.com
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Abstract
Maintaining the secrecy and confidentiality of images is a vibrant area of research, with two different approaches being followed, the first being encrypting the images through encryption algorithms using keys, the other approach involves dividing the image into random shares to maintain the images secrecy. Unfortunately heavy computation cost and key management limit the employment of the first approach and the poor quality of the recovered image from the random shares limit the applications of the second approach. In this paper we propose a novel approach without the use of encryption keys. The approach employs Sieving, Division and Shuffling to generate random shares such that with minimal computation, the original secret image can be recovered from the random shares without any loss of image quality.
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Maintaining the secrecy and confidentiality of images is a vibrant area of research, with two different approaches being followed, the first being encrypting the images through encryption algorithms using keys, the other approach involves dividing the image into random shares to maintain the images secrecy. Unfortunately heavy computation cost and key management limit the employment of the first approach and the poor quality of the recovered image from the random shares limit the applications of the second approach. In this paper we propose a novel approach without the use of encryption keys.