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Hadjer 's Projects

an-image-encryption-scheme-based-on-lorenz-hyperchaotic-system-and-rsa-algorithm icon an-image-encryption-scheme-based-on-lorenz-hyperchaotic-system-and-rsa-algorithm

This research proposes a new image encryption scheme based on Lorenz hyperchaotic system and Rivest-Shamir-Adleman (RSA) algorithm. Firstly, the initial values of the Lorenz hyperchaotic system are generated by RSA algorithm, and the keystream is produced iteratively. In order to change the position and gray value of the pixel, the image data are hidden by additive mode diffusion. Secondly, the diffusion image matrix is reshaped into a one-dimensional image matrix, which is confused without repetition to hide the image data again. Then, the finite field diffusion algorithm is executed to realize the third hiding of the image information. In order to diffuse the pixel information into the entire cipher image, the additive mode diffusion algorithm needs to be looped twice. Finally, the cipher image can be obtained. The experimental results prove that the image encryption scheme proposed in this research is effective, and has strong anti-attack and key sensitivity. Moreover, the security of this encryption scheme relies on the RSA algorithm, which has high security.

blowfish icon blowfish

Implementation of BLOWFISH algorithm on image.

chaotic-gsa-for-engineering-design-problems icon chaotic-gsa-for-engineering-design-problems

All nature-inspired algorithms involve two processes namely exploration and exploitation. For getting optimal performance, there should be a proper balance between these processes. Further, the majority of the optimization algorithms suffer from local minima entrapment problem and slow convergence speed. To alleviate these problems, researchers are

image-cryptography icon image-cryptography

Implementation of image cryptographic techniques https://www.hindawi.com/journals/jece/2012/173931/

image-encryption icon image-encryption

An Image Encryption Scheme Based on Chaotic Logarithmic Map and Key Generation using Deep CNN

image_encryption icon image_encryption

Encrypt and decrypt images using chaotic maps: logistic, tent and sine maps (1-dimensional), henon and standard maps (2-dimensional). Additionally: separate RGB channels of an image, test separated channels. Put salt and pepper noise in plain image. Plot histogram and correlation plots for all these.

imbdrl icon imbdrl

Imbalanced Classification with Deep Reinforcement Learning

logistic-map icon logistic-map

Des programmes codés en Python pour modéliser l'application logistique, son diagramme de bifurcation et les différentes fractales qui lui sont associées (l'ensemble de Mandelbrot et les ensembles de Julia).

logistic_map icon logistic_map

This Matlab code is used for creating logistic map values.

medselect icon medselect

Learns effective selective labeling strategies for medical images using deep reinforcement learning and meta learning

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