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Model and FPGA Implementation of Pseudorandom Sequence Generators Based on Invertible Matrices

机译:基于可逆矩阵的伪随机序列发生器的模型和FPGA实现

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This paper considers a pseudo-random sequence generator in form of a autonomous automaton with the output function. A model of the automaton output function is proposed, which is defined based on a set of invertible matrices, with the capacity relevant to the maximum number of the bijective transformations of two binary variables over the GF(2) field. In the model proposed, there is an algorithmic possibility to modify the structure of pseudo-random sequences read on the automaton output, as related to the input M-sequence within the period equal to 2
机译:本文考虑具有输出功能的自治自动机形式的伪随机序列发生器。提出了自动机输出函数的模型,该模型是基于一组可逆矩阵定义的,其容量与GF(2)字段上两个二进制变量的双射变换的最大数量有关。在提出的模型中,存在一种算法可能性,可以修改在等于2的周期内与输入M序列相关的自动机输出上读取的伪随机序列的结构

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