随机LU分解的随机乘法器和分法器

K. F. K. Jiavana, Nitin Gurjar
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引用次数: 0

摘要

本文针对上下分解(LUD)方案的设计,提出了随机乘法器和随机分法器的设计。通过随机计算,可以用简单的逻辑门来完成复杂的逻辑运算。采用随机乘法器和随机除法器,降低了计算复杂度。随机乘法器和随机分法器使用随机流,通过最小化流长度来降低计算复杂度。随机流上下分解的问题是计算延迟长、计算方差大。为了克服这一挑战,采用了减少输入流长度的基于双分区的计算方案。利用Cadence Encounter工具进行随机LUD的设计与实现。我们采用CMOS 180nm技术设计了随机乘法器、分法器和随机lcd。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stochastic multiplier and divider for stochastic LU decomposition
In this paper, designing of stochastic multiplier and divider is proposed for designing of Lower-Upper decomposition (LUD) scheme. By using stochastic computation complicated operations of LUD can be performed by simple logic gates. By using stochastic multiplier and divider computational complexity is reduced. Stochastic multiplier and divider use the stochastic stream which reduces the computational complexity by minimizing the stream length. The problems in Lower-Upper decomposition with stochastic stream are long computational latency and large computation variance. Dual partition based computation scheme which reduces input stream length is used to overcome the challenges. The design and implementation of stochastic LUD is carried out using Cadence Encounter tool. We have designed stochastic multiplier, divider and stochastic LUD with CMOS 180nm technology.
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