Security Analysis of Image Cryptosystem Using Stream Cipher Algorithm with Nonlinear Filtering Function
Aïssa Belmeguenaï, Nadir Derouiche, Khaled Mansouri
Abstract
Open-access reader
Aïssa Belmeguenaï, Nadir Derouiche, Khaled Mansouri
Abstract
Open-access reader
In this work a new algorithm for encryption image is introduced. This algorithm makes it possible to cipher and decipher images by guaranteeing a maximum security. The algorithm introduced is based on stream cipher with nonlinear filtering function. The Boolean function used in this algorithm is resilient function satisfying all the cryptographic criteria necessary carrying out the best possible compromises. In order to evaluate performance, the proposed algorithm was measured through a series of tests. Experimental results illustrate that the scheme is highly key sensitive, highly resistance to the noises and shows a good resistance against brute-force, Berlekamp-Massey Attack and algebraic attack.
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In this work a new algorithm for encryption image is introduced. This algorithm makes it possible to cipher and decipher images by guaranteeing a maximum security. The algorithm introduced is based on stream cipher with nonlinear filtering function. The Boolean function used in this algorithm is resilient function satisfying all the cryptographic criteria necessary carrying out the best possible compromises. In order to evaluate performance, the proposed algorithm was measured through a series of tests. Experimental results illustrate that the scheme is highly key sensitive, highly resistance to the noises and shows a good resistance against brute-force, Berlekamp-Massey Attack and algebraic attack.
Key concepts: Computer science, Stream cipher, Algorithm, Cryptosystem, Cipher, Encryption, Image (mathematics), Cryptography