A New One-Dimensional Chaotic Map and Its Use in a Novel Real-Time Image Encryption Scheme | Zendy

Radu Boriga | Zendy; Ana Cristina Dăscălescu | Zendy; Adrian-Viorel Diaconu | Zendy

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A New One-Dimensional Chaotic Map and Its Use in a Novel Real-Time Image Encryption Scheme

Author(s) -

Radu Boriga,

Ana Cristina Dăscălescu,

Adrian-Viorel Diaconu

Publication year - 2014

Publication title -

advances in multimedia

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.278

H-Index - 17

eISSN - 1687-5699

pISSN - 1687-5680

DOI - 10.1155/2014/409586

Subject(s) - encryption , ergodicity , chaotic , cryptography , computer science , nist , image (mathematics) , randomness , algorithm , chaos (operating system) , standard map , theoretical computer science , scheme (mathematics) , mathematics , artificial intelligence , statistics , computer security , mathematical analysis , natural language processing

We present a new one-dimensional chaotic map, suitable for real-time image encryption. Its theoretical analysis, performed using some specific tools from the chaos theory, shows that the proposed map has a chaotic regime and proves its ergodicity, for a large space of values of the control parameter. In addition, to argue for the good cryptographic properties of the proposed map, we have tested the randomness of the values generated by its orbit using NIST statistical suite. Moreover, we present a new image encryption scheme with a classic bimodular architecture, in which the confusion and the diffusion are assured by means of two maps of the previously proposed type. The very good cryptographic performances of the proposed scheme are proved by an extensive analysis, which was performed regarding the latest methodology in this field

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