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Information Encryption Based on the Synthesis of a Neural Network and AES Algorithm

机译:基于神经网络和AES算法综合的信息加密

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This paper proposes a system of information encryption based on the synthesis of a neural network and AES(Advanced Encryption Standard(Rijndael)) algorithm. The encryption system is based on the diagonalized matrix of weight coefficients of synaptic connections of the neural network in the basis of vectors of input images, which provides the formation of a new key for each input image. The proposed approach provides a constantly changing key when encrypting information, that is, increases the degree of cryptographic stability of the algorithm compared to existing encryption algorithms.
机译:本文提出了一种基于神经网络和AES(高级加密标准,Rijndael)算法综合的信息加密系统。加密系统基于在输入图像矢量的基础上神经网络的突触连接权重系数的对角矩阵,该矩阵为每个输入图像提供了一个新的密钥。所提出的方法在加密信息时提供了一个不断变化的密钥,也就是说,与现有的加密算法相比,增加了算法的密码稳定性。

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