In the last two decades, the use of chaotic iterative maps in cryptographic systems,
especially chaotic hash functions, has been expanding. Sensitivity to small changes in initial …

Digital chaotic maps are becoming increasingly popular in the area of cryptography due to
commonalities but have drawbacks which adversely effect security strength. Thus …

Chaotic dynamics have been widely applied in various domains such as cryptography,
watermarking and optimization algorithms. Enhancing chaotic complexity of simple one …

This paper proposes a new spatiotemporal chaos system named Multiple coupled map
lattices (MCML). The proposed spatiotemporal chaos system has outstanding cryptographic …

Chaotic maps are used in the design of hash functions due to their characteristics that are
analogous to cryptographic requirements. However, these maps are commonly …

Chaotic hash functions are a prospective branch of modern cryptography. Being compared
with traditional hashing algorithms, an approach based on deterministic chaos allows …

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 …

Many chaos-based hash functions have convoluted designs that are not based on proper
design principles, complicating the verification of security claims. We address this problem …

The non-linear property of Chaos is a promising approach to information security, and many
accomplishments have been made by combining Chaos with several sub-security domains …

Despite sharing many similar properties with cryptography, digitizing chaotic maps for the
purpose of developing chaos-based cryptosystems leads to dynamical degradation, causing …