伪随机数在CPLD上的硬件实现

Adil K. Maidanov, S. Atanov, Bibigul Tailak
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引用次数: 0

摘要

本文提出了一种生成伪随机数的硬件解决方案。选择VHDL开发环境作为实现cpld的平台,因为这种编程环境满足集成电路中的所有技术进步,您可以轻松地创建数字设计并手动或自动将其传输到电路中。这项工作的主要目的是提出可在cpld上执行的算法,这将允许创建快速,高效和廉价的伪随机数生成器。由此产生的可配置生成器可用于需要使用各种伪随机序列的广泛应用中,例如,在实现数字设备的内置自我测试中。给出了生成流程和生成实例
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware Implementation of Pseudo-Random Numbers on CPLD
The article proposes a hardware solution for generating pseudo-random numbers. The VHDL development environment was chosen as a platform for implementation of CPLDs, because this programming environment satisfies all technological advancements in integrated circuits, where you can easily create digital designs and transfer them to circuits manually or automatically. The main purpose of the work is to present algorithms with execution on CPLDs that will allow creating a fast, efficient and inexpensive pseudo-random number generator. The resulting configurable generator can be used in a wide range of applications where the use of various pseudo-random sequences is required, for example, in implementation built-in self-testing for digital devices. The flowchart and an example of generation are given
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