FPGA Hardware Co‑Simulation of Image Encryption Using Stream Cipher Based on Chaotic Maps

Fadhil Sahib Hasan; Maryam Amer Saffo

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FPGA Hardware Co‑Simulation of Image Encryption Using Stream Cipher Based on Chaotic Maps

机译：基于混沌映射的流密码，FPGA硬件共模拟图像加密

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摘要

In this paper, new model of image encryption system using stream cipher based on fixed point chaotic maps are designed using Xilinx System Generator (XSG) in efficient way. Two Pseudo Random Bit Generators (PRBGs) depends on chaotic maps are proposed that are Fixed Point XOR Chaotic Map-PRBG (FPXORCM-PRBG) and Fixed Point Cascade Chaotic Map-PRBG (FPCCM-PRBG). The randomness tests in the National Institute of Standards and Technology (NIST) are used to test the randomness measures of the proposed PRBGs. The security analysis, like histogram, correlation coefficient, information entropy, differential attack (NPCR and UACI) are used to analyze the proposed system. Also, FPGA Hardware Co-Simulation over Xilinx SP605 XC6SLX45T provided to test the reality of image encryption system. The results show that FPXORCM-PRBG and FPCCM-PRBG are suitable for image encryption based on stream cipher and outperforms some encryption algorithms.

机译：在本文中，使用基于固定点混沌映射的流密码的图像加密系统的新模型使用Xilinx系统发生器（XSG）以有效的方式设计。提出了两个伪随机比特发生器（PRBG）取决于混沌图，其是固定点XOR混沌图-PRBG（FPXORCM-PRBG）和固定点级联混沌映射 - PRBG（FPCCM-PRBG）。国家标准和技术研究所（NIST）的随机性测试用于测试所提出的PRBG的随机性测量。安全分析，如直方图，相关系数，信息熵，差异攻击（NPCR和UACI）分析所提出的系统。此外，FPGA硬件在Xilinx SP605 XC6SLX45T上进行了共同仿真，提供了测试图像加密系统的现实。结果表明，FPXORCM-PRBG和FPCCM-PRBG适用于基于流密码的图像加密，优于一些加密算法。

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来源
《Sensing and imaging》 |2020年第1期|35.1-35.22|共22页
作者
Fadhil Sahib Hasan; Maryam Amer Saffo;
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作者单位

Electrical Engineering Department Mustansiriyah University Baghdad Iraq;

Computer Engineering Department Al-Farabi University College Baghdad Iraq;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Image encryption; Chaotic maps; Fixed point representation; Stream cipher; Xilinx system generator; FPGA hardware co-simulation;

机译：图像加密;混沌地图;定点表示;流密码;Xilinx系统发生器;FPGA硬件共同仿真;

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1. Image encryption scheme based on a new secure variant of Hill cipher and 1D chaotic maps [J] . Essaid M., Akharraz I, Saaidi A., Information Security Technical Report . 2019,第Auga期

机译：基于希尔密码和一维混沌映射的新安全变体的图像加密方案
2. Image encryption scheme based on a new secure variant of Hill cipher and 1D chaotic maps [J] . Essaid M., Akharraz I, Saaidi A., Information Security Technical Report . 2019,第AUGa期

机译：基于希尔密码和一维混沌映射的新安全变体的图像加密方案
3. Image encryption based on permutationsubstitution using chaotic map and Latin Square Image Cipher [J] . H.T. Panduranga, S.K. Naveen Kumar, Kiran The European physical journal: Special topics . 2014,第8期

机译：使用置换图和拉丁方图像密码的置换置换图像加密
4. An Efficient Image Encryption Scheme Based on ZUC Stream Cipher and Chaotic Logistic Map [C] . Hai Cheng, Chunguang Huang, Qun Ding, Euro-China Conference on Intelligent Data Analysis and Applications . 2014

机译：基于Zuc流密码和混沌逻辑图的高效图像加密方案
5. Layer-type Specialized Processing Engines for a Semi-Streaming Convolutional Neural Network Hardware Architecture for FPGAs [D] . Shaydyuk, Nazariy. 2020

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6. A Novel Image Encryption Scheme Based on Self-Synchronous Chaotic Stream Cipher and Wavelet Transform [O] . Chunlei Fan, Qun Ding 2018

机译：一种基于自同步混沌流密码和小波变换的新型图像加密方案
7. Bio-Chaotic Stream Cipher-Based Iris Image Encryption [O] . Abdullah Sharaf Alghamdi, Hanif Ullah, Maqsood Mahmud, 2015

机译：基于生物混沌流密码的虹膜图像加密

FPGA Hardware Co‑Simulation of Image Encryption Using Stream Cipher Based on Chaotic Maps

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