功率感知和高速可重构修改展位乘法器

S. Sri Sakthi, N. Kayalvizhi
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引用次数: 13

摘要

乘法器是DSP应用中主要的算术运算之一。对乘法器架构进行了重新配置,从而提高了它们的性能,从而提高了应用程序的效率。该可重构乘法器可在运行时进行调整,以满足DSP应用的多种精度要求。在可重构的展台架构中引入了高效节能的动态操作数交换方案,从而降低了乘数器的功耗。实现是在Verilog中完成的,并使用MODELSIM进行模拟。电源和时序分析使用Altera Quartus II工具(版本9.0)完成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power aware and high speed reconfigurable modified booth multiplier
Multiplier is one of the major arithmetic operations carried out in DSP applications. Multiplier architecture is reconfigured so as to enhance their performance and thereby improving the efficiency of the applications. This Reconfigurable multiplier is adapted at run time to satisfy multiple precision requirements of DSP applications. Power consumption of the multipliers is reduced with the introduction of power efficient scheme Dynamic Operand Interchange to the reconfigurable booth architecture. Implementation is done in Verilog and simulated using MODELSIM. Power and Timing analysis is done using Altera Quartus II tool (version 9.0)
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