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首页> 外文期刊>IEEE Transactions on Circuits and Systems. 1, Fundamental Theory and Applications >Design of Binary Sequences With Tunable Exponential Autocorrelations and Run Statistics Based on One-Dimensional Chaotic Maps
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Design of Binary Sequences With Tunable Exponential Autocorrelations and Run Statistics Based on One-Dimensional Chaotic Maps

机译:基于一维混沌映射的具有指数自相关和游程统计的二进制序列设计

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摘要

This paper describes simple design methods of chaotic binary sequences with prescribed exponential autocorrelation properties and run statistics. We employ one-dimensional piecewise monotonic onto maps and a simple threshold function for generating such sequences. Some examples of such designs are also given. Furthermore, bounds on run statistics are discussed and compared to the result for sequences of general binary random variables.
机译:本文介绍了具有规定的指数自相关特性和运行统计量的混沌二进制序列的简单设计方法。我们在地图上使用一维分段单调性,并使用一个简单的阈值函数来生成此类序列。还给出了此类设计的一些示例。此外,讨论了运行统计的界限并将其与一般二进制随机变量序列的结果进行比较。

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