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A new chaotic circuit with multiple memristors and its application in image encryption

机译:具有多个忆阻器的新混沌电路及其在图像加密中的应用

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In this paper, a new seventh-order mixed memristive chaotic circuit was designed, and the new mathematical model of the system was established. The origin as the only equilibrium point was calculated. Based on the chaotic secret key generated by the memristive chaotic circuit system, the new algorithm of the image encryption was designed. In particular, by using the security analysis methods of gray histogram, correlation and robustness, the security feature of the new encryption algorithm was analyzed. And the results show that the encryption algorithm based on this mixed memristive chaotic system has higher security and better anti-decoding ability. In comparison with the simple model of the memristive chaotic circuit, this new memristive chaotic circuit model has complete RLC structure and multiple memristors. It is closer to the actual memristive chaotic circuit. Thus, it is of great significance to the commercial realization of the memristive circuit. In particular, the memristive chaotic system also provides a valuable model of the system for the research of the related fields.
机译:在本文中,设计了一种新的第七阶混合忆失电路,建立了系统的新数学模型。计算唯一均衡点的原点。基于由Memristive混沌电路系统产生的混沌秘密密钥,设计了图像加密的新算法。特别地,通过使用灰度直方图的安全性分析方法,相关性和鲁棒性,分析了新加密算法的安全特征。结果表明,基于该混合忆失系统的加密算法具有更高的安全性和更好的防解码能力。与忆内混沌电路的简单模型相比,这种新的忆失电路模型具有完整的RLC结构和多个存储器。它更接近实际的忆故混电路。因此,对存储回忆电路的商业实现具有重要意义。特别地,忆出混沌系统还提供了用于相关领域的研究的有价值模型。

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