Abstract The Internet of Things (IoT) has transformed the healthcare industry by enabling
new services and capabilities through connected devices and sensors. These devices, such …

The Information technology requires the transmission of daily-life images that may reach to
millions or even more. Thus, securing them becomes an urgent matter using the encryption …

In the 21st century, the digital era, chaotic systems become the backbone in designing the
secure ciphers for image cryptography because of their intrinsic features like dynamical …

To study the influence of chaotic systems on wheat image encryption, a method to determine
the optimal chaotic system encryption based on a wheat image is proposed. Ten different …

A robust digital image watermarking system with a fractional-order discrete-time chaotic
system and discrete wavelet transform-singular value decomposition is presented. The …

Aiming at addressing the security and efficiency challenges during image transmission, an
efficient image cryptosystem utilizing difference matrix and genetic algorithm is proposed in …

In today's interconnected world, digital data transmissions are an integral part of our
communication systems. Connected objects are commonly used in digital life, however, they …

The objective of bit plane slicing (BPS) is to split the original image into different bit planes.
The pixel values are first transformed into binary form and then split into bit planes. The …

Large amounts of data are present in many areas of social life, such as scientific research,
community activities, and public administration, as a result of emerging technology …

In the 21st century, the digital era, chaotic systems become the backbone in designing the
secure ciphers for image cryptography because of their intrinsic features like dynamical …