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Implementation of a fully pipelined BCD multiplier in FPGA

机译:在FPGA中实现全流水线BCD乘法器

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Decimal multiplication is one of the most frequently used operations in financial, scientific, commercial and internet-based applications. This paper presents an efficient implementation of a fully pipelined decimal multiplier designed with Carry Save Addition and coded into a reduced group of BCD-4221. This design is based on multiplier operands recoded in Signed-Digit radix-10, a simplified partial products generator, and decimal adders. A variety of multipliers architectures are processed on a Virtex-6 FPGA device. Several assessments are carried out in various N by M multiplications and their respective synthesis results show slightly optimistic figures in terms of area and delay in regard to some previously published works.
机译:十进制乘法是金融,科学,商业和基于Internet的应用程序中最常用的运算之一。本文介绍了一种有效的全流水线十进制乘法器的实现,该乘法器采用进位保存加法设计并被编码为BCD-4221的精简组。此设计基于以Signed-Digit radix-10(简化的部分积生成器)和十进制加法器重新编码的乘法器操作数。在Virtex-6 FPGA器件上处理了多种乘法器体系结构。对各种N乘M的乘法进行了几次评估,它们的综合结果对于某些先前发表的作品,在面积和延迟方面显示出稍微乐观的数字。

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