列压缩流水线乘法器

L. Breveglieri, L. Dadda, V. Piuri
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引用次数: 3

摘要

本文研究了基于柱压缩(CC)设计技术的并行VLSI乘法器中的流水线设计。在文献中提出了一些CC乘数方案,旨在减少计算乘法所需的加法器的阶段数。最近提出了CC乘法器方案,旨在优化所需的硅面积,加法器之间互连的规律性和局部性。本文介绍了最后一种结构中的流水线,并将所得到的结果与现有结构进行了比较,包括所需的元件数量和工作频率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Column compression pipelined multipliers
The paper presents a study on the introduction of pipelining in parallel VLSI multipliers, built according to the column compression (CC) design techniques. A number of CC multiplier schemes have been proposed in the literature, aimed at reducing the number of stages of adders necessary to compute a multiplication. More recently CC multiplier schemes aimed at optimising the required silicon area, the regularity and the locality of the interconnections among the adders, have been proposed. The paper affords the introduction of pipelining in these last structures and compares the obtained results with existing structures, in terms of required number of components and operation frequency.
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