A new byte-shuffling based enhancement of chaotic maps is proposed. The enhancement,
applied to the two-dimensional Henon map, results in another two-dimensional map-Byte …

Chaotic maps are widely being researched for application in cryptography. In this paper, a
new chaotic 2-Dimensional Henon Sine Map (2D-HSM) is derived from the well-known …

An efficient and secure image encryption algorithm is proposed in this manuscript using
SHA-3 hash function together with double two-dimensional Arnold chaotic maps. Classical …

Recently, privacy has become a major issue in digital images transmitted over public
networks. Although the said environment is suitable and quite useful, the unfortunate reality …

In this paper, a new image encryption scheme is proposed that uses intertwining chaotic
maps to enhance security and key length. In the substitution process, six randomly chosen …

Chaos-based image encryption has great significance as a branch of image security. So, a
series of chaos-based cryptosystems protecting digital images are proposed in recent years …

At present times the topic of Chaos gain a lot of attention for the encryption/decryption
methodology, yet we didn't settled to get a good difference between conventional …

Recent advancements in the networking technologies led to increase in network bandwidth,
hence allowing transfer of files of large size. A major portion of files being transferred …

Due to easy and simple implementation, normally single 1-D chaotic maps like logistic and
sine maps are employed in multimedia data encryption. However, data encrypted through a …

In this paper, an image encryption algorithm based on Ikeda and Henon chaotic maps is
presented. One of the most used in image encryption techniques which is shuffling and …