一种用于低功耗设计的硬件简化乘法器

Kwang-Hyun Lee, C. Rim
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引用次数: 8

摘要

在本文中,我们提出了一种用于DSP应用的硬件简化乘法器。在许多DSP应用中,不使用所有乘法器输出位,而只使用输出的上位。Kidambi[1995]提出了一个截断无符号乘数。在本文中,我们将这种截断方案用于一个Booth乘法器,它可以更有效地应用于实际的DSP系统中。此外,我们截断的布斯乘法器保证0输入到0输出,这在以前的论文中没有提供。截断后的展位乘法器面积减少约37.48%,功耗减少约44%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A hardware reduced multiplier for low power design
In this paper, we proposed a hardware reduced multiplier for DSP applications. In many DSP applications, all multiplier output bits were not used, but only upper bits of output were used. Kidambi [1995] proposed a truncated unsigned multiplier for this idea. In this paper, we adopt this truncation scheme for a Booth multiplier which can be used in real DSP systems more efficiently. Also, our truncated Booth multiplier guaranteed 0 input to 0 output that was not provided in previous papers. Truncated Booth multiplier reduced area by about 37.48% and power consumption by about 44%.
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