Information hiding using artificial DNA sequences based on Gaussian kernel function
Journal of Information & Optimization Sciences • 2019
Publication Information
Authors
Eman I. Abd El-Latif ; M. I. Moussa
Keywords
DNA Cryptography, DNA Sequences, DES, ECC, GKF.
Journal
Journal of Information & Optimization Sciences
Publisher
Not Available
Volume
Not Available
Issue
0252-2667
Pages
1-14
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Cryptography is one of the major concerned areas of computer networks and data
security. An efficient direction of providing data security can be termed as DNA based on
cryptography. In this paper, a new reliable and more secure approach for data hiding based
on DNA sequences is introduced. The proposed approach has two rounds of encryption.
This encryption is similar to an existing encryption method called the Data Encryption
Standard (DES) algorithm. Through cryptography algorithm two secret keys are used for
encryption the message. The first key is induced from the elliptic curve cryptography (ECC)
and gaussian kernel function (GKF). The second key is constructed based on an arbitrary
injective mapping on the second characters repeated in the first key. Finally, the encryption
message randomly hides in the second DNA sequence based on the numbers from GKF.
security. An efficient direction of providing data security can be termed as DNA based on
cryptography. In this paper, a new reliable and more secure approach for data hiding based
on DNA sequences is introduced. The proposed approach has two rounds of encryption.
This encryption is similar to an existing encryption method called the Data Encryption
Standard (DES) algorithm. Through cryptography algorithm two secret keys are used for
encryption the message. The first key is induced from the elliptic curve cryptography (ECC)
and gaussian kernel function (GKF). The second key is constructed based on an arbitrary
injective mapping on the second characters repeated in the first key. Finally, the encryption
message randomly hides in the second DNA sequence based on the numbers from GKF.
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