Reconfigurable implementations of PWL-based multiscroll chaos generator

Seda Arik, N. Korkmaz, Ismail Ozturk, R. Kılıç, E. Gunay
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Abstract

In this paper, versatile implementations of PWL-based multiscroll chaos generator have been comprehensively examined in the scope of programmable solutions, both analog and digital, and discrete component realization. To this end, PWL-based multiscroll chaos generator has been implemented using FPAA/FPGA devices and generally known discrete component realizations have been investigated. After that, these implementations have been compared under the terms of implementation easiness, design flexibility, power consumption, dynamic range, area consumption and frequency range.
基于pwl的多涡旋混沌发生器的可重构实现
在本文中,基于pwl的多涡旋混沌发生器的通用实现在可编程解决方案的范围内进行了全面的研究,包括模拟和数字,以及离散元件的实现。为此,利用FPAA/FPGA器件实现了基于pwl的多涡旋混沌发生器,并对已知的离散元件实现进行了研究。然后,从实现的容易程度、设计的灵活性、功耗、动态范围、面积消耗和频率范围等方面对这些实现进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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