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Improved Booth Encoding for Reduced Area Multiplier

机译:降低区域乘数的改进展位编码

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In designing high density circuit, size is a major concern in design. This paper presents a simple modification to the Booth Multiplier that can effectively reduce the area with an accepted scarified in speed. A conventional Booth Multiplier consists of Booth Encoder, Partial Product and Summation Tree. Rizalafande[1] introduced new design technique in generating the partial product's row. Meanwhile Hsin-Lei[2] introduced a novel circuit for Booth Encoder/Decoder which claims his design a smaller design. In this propose design, we are still using Rizalafande's architecture but replace the booth encoder with Hsin-Lei encoder. The design was implemented using the FLEX10K EPF10K70RC240-4 device and Altera MaxPlus+II software.
机译:在设计高密度电路时,大小是设计中的主要问题。本文提出了对展位乘法器的简单修改,可以有效地减少了接受速度的接受的区域。传统的展位倍增器由展位编码器,部分产品和求和树组成。 Rizalafande [1]介绍了生成部分产品行的新设计技术。同时,Hsin-Lei [2]引入了一种新型电路,用于展位编码器/解码器,其设计为较小的设计。在这方面的设计中,我们仍在使用Rizalafande的架构,而是用Hsin-Lei编码器更换展位编码器。设计使用Flex10K EPF10K70RC240-4设备和Altera MaxPlus + II软件实现。

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