Asymmetric Image Encryption Approach with Plaintext-Related Diffusion

This paper deals with topic of image encryption based on chaotic maps. A solution which has advantage of robustness against chosen-plaintext attacks is proposed. Permutations of image pixels are carried out in a way that enables operations on grayscale images with arbitrary resolution. All calculati...

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Main Authors: J. Oravec, J. Turan, L. Ovsenik, T. Ivaniga, D. Solus, M. Marton
Format: Article
Language:English
Published: Spolecnost pro radioelektronicke inzenyrstvi 2018-04-01
Series:Radioengineering
Subjects:
Online Access:https://www.radioeng.cz/fulltexts/2018/18_01_0281_0288.pdf
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author J. Oravec
J. Turan
L. Ovsenik
T. Ivaniga
D. Solus
M. Marton
author_facet J. Oravec
J. Turan
L. Ovsenik
T. Ivaniga
D. Solus
M. Marton
author_sort J. Oravec
collection DOAJ
description This paper deals with topic of image encryption based on chaotic maps. A solution which has advantage of robustness against chosen-plaintext attacks is proposed. Permutations of image pixels are carried out in a way that enables operations on grayscale images with arbitrary resolution. All calculations done with user key and also all diffusion processes employ the same chaotic map. This feature enables usage of look-up tables which reduce computational times. The paper includes several experiments which verify achieved results and also briefly describes advantages and drawbacks of proposed solution.
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spelling doaj.art-2cc0bb24432d4bb582042adeb4c3c52d2022-12-21T19:09:29ZengSpolecnost pro radioelektronicke inzenyrstviRadioengineering1210-25122018-04-01271281288Asymmetric Image Encryption Approach with Plaintext-Related DiffusionJ. OravecJ. TuranL. OvsenikT. IvanigaD. SolusM. MartonThis paper deals with topic of image encryption based on chaotic maps. A solution which has advantage of robustness against chosen-plaintext attacks is proposed. Permutations of image pixels are carried out in a way that enables operations on grayscale images with arbitrary resolution. All calculations done with user key and also all diffusion processes employ the same chaotic map. This feature enables usage of look-up tables which reduce computational times. The paper includes several experiments which verify achieved results and also briefly describes advantages and drawbacks of proposed solution.https://www.radioeng.cz/fulltexts/2018/18_01_0281_0288.pdfArnold's cat mapconfusiondiffusionchaotic mapsimage encryptionlogistic map
spellingShingle J. Oravec
J. Turan
L. Ovsenik
T. Ivaniga
D. Solus
M. Marton
Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
Radioengineering
Arnold's cat map
confusion
diffusion
chaotic maps
image encryption
logistic map
title Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
title_full Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
title_fullStr Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
title_full_unstemmed Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
title_short Asymmetric Image Encryption Approach with Plaintext-Related Diffusion
title_sort asymmetric image encryption approach with plaintext related diffusion
topic Arnold's cat map
confusion
diffusion
chaotic maps
image encryption
logistic map
url https://www.radioeng.cz/fulltexts/2018/18_01_0281_0288.pdf
work_keys_str_mv AT joravec asymmetricimageencryptionapproachwithplaintextrelateddiffusion
AT jturan asymmetricimageencryptionapproachwithplaintextrelateddiffusion
AT lovsenik asymmetricimageencryptionapproachwithplaintextrelateddiffusion
AT tivaniga asymmetricimageencryptionapproachwithplaintextrelateddiffusion
AT dsolus asymmetricimageencryptionapproachwithplaintextrelateddiffusion
AT mmarton asymmetricimageencryptionapproachwithplaintextrelateddiffusion