Chaos is known as a natural candidate for cryptography applications owing to its properties
such as unpredictability and initial state sensitivity. However, certain chaos-based …

Based on compressive sensing and double random encryption strategy, a novel color image
compression and encryption scheme is proposed in this paper. The architecture of …

It is well known that chaos is unpredictability and sensitivity to initial values and parameters.
It is a best choice for cryptography application. However, the existing chaotic cryptography …

In this paper, we propose a new two-dimensional Sine improved Logistic iterative chaotic
map with infinite collapse (ICMIC) modulation map (2D-SLIM) based on the improved two …

For a linear image encryption system, it is vulnerable to the chosen-plaintext attack. To
overcome the weakness and reduce the correlation among pixels of the encryption image …

In this paper, an efficient visually meaningful image compression and encryption (VMICE)
scheme is proposed by combining compressive sensing (CS) and Least Significant Bit (LSB) …

With the development of telemedicine diagnosis technology, the collection, storage, and
transmission of medical data has become a pivotal problem. To solve these problems, in …

Recently, some visually secure image encryption schemes using compressive sensing (CS)
have been developed to protect images with visual security, where the images are first …

An efficient visually meaningful double color image encryption algorithm is proposed by
combining 2D compressive sensing (CS) with an embedding technique. First, two color …

A new image encryption scheme is presented by combining six-dimensional non-
degenerate discrete hyper-chaotic system, two-dimensional discrete cosine Stockwell …