使用不同全加法器技术的8位吠陀乘法器分析

Soumya G Hosmani, P. Vimala
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引用次数: 1

摘要

智能处理器的乘数对于数学计算范式仍然很重要。吠陀数学家在古代创造了基本的乘法算法。Urdhva-Tiryyagbhyam Sutra是一种有效的基于45纳米技术的吠陀乘数技术,被实施和设计。考虑到乘法器在几乎所有数字系统硬件中的重要性,以高速、低延迟、紧凑空间和低功耗构建乘法器将导致成功的数字系统设计。这是在45nm技术中使用FinFET技术中的Cadence Virtuoso工具完成的。由于它的GDI技术、更少的硬件和更低的延迟,实现的Multiplier使用相对较少的功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of 8 bit vedic multiplier using different full adder techniques
A smart processor’s multipliers remain important to the mathematical computing paradigm. Vedic mathematicians created fundamental multiplication algorithms in ancient times. The Urdhva-Tiryyagbhyam Sutra, an effective Vedic multiplier technique based on 45nm technology, was implemented and designed. Given the importance of multipliers in almost all digital system hardware, building them with high speed, low latency, compact space, and low power consumption would result in successful digital system designs. This is done in 45nm technology with the Cadence Virtuoso tool in FinFET technology. Because of its GDI technique, less hardware, and decreased latency, the implemented Multiplier utilises relatively little power.
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