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A New Scheme for Implementing S-box Based on Neural Network

机译:基于神经网络的S-box实现新方案

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S-box (Substitution box) is one of the most important components in the block cipher. As the high non-linearity of neural network (or artificial neural network, ANN) is in high accordance with the properties of cipher, the application of neural network in cryptography becomes a significant orientation. In this paper, we present a new scheme for implementing S-box used in ciphers basing on neural network. Differing from the previous network models, the proposed network, which can be used to implement any Boolean function in S-box, consists of multiple neural network perceptrons, and each perceptron only has a low number of input variables (4-bits input). By DNA-like learning algorithm, it is very convenient to train the weight and threshold values of the network.
机译:S盒(替换盒)是分组密码中最重要的组成部分之一。由于神经网络(或人工神经网络,ANN)的高度非线性与密码的特性高度吻合,因此神经网络在密码学中的应用成为重要的方向。在本文中,我们提出了一种基于神经网络的用于实现密码中使用的S-box的新方案。与以前的网络模型不同,该提议的网络可用于实现S-box中的任何布尔函数,它由多个神经网络感知器组成,每个感知器仅具有少量输入变量(4位输入)。通过类似DNA的学习算法,训练网络的权重和阈值非常方便。

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