Architecture implementation of an improved decimal CORDIC method

J. L. Sánchez, H. Mora, J. M. Pascual, A. Jimeno-Morenilla
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引用次数: 4

Abstract

Since radix-10 arithmetic has been gaining renewed importance over the last few years, high performance decimal systems and techniques are highly demanded. In this paper, a modification of the CORDIC method for decimal arithmetic is proposed so as to improve calculations. The algorithm works with BCD operands and no conversion to binary is needed. A significant reduction in the number of iterations in comparison to the original decimal CORDIC method is achieved. The experiments showing the advantages of the new method are described. Also, the results with regard to delay obtained by means of an FPGA implementation of the method are shown.
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改进的十进制CORDIC方法的体系结构实现
由于基数-10算术在过去几年中获得了新的重要性,因此高度需要高性能的十进制系统和技术。本文提出了对十进制算法CORDIC方法的一种改进,以提高计算效率。该算法适用于BCD操作数,不需要转换为二进制。与原始的十进制CORDIC方法相比,迭代次数显著减少。实验表明了新方法的优越性。此外,还给出了通过FPGA实现该方法获得的有关延迟的结果。
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