首页> 外文期刊>IEEE Transactions on Circuits and Systems. II >The digit parallel method for fast RNS to weighted number system conversion for specific moduli (2/sup k/-1,2/sup k/,2/sup k/+1)
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The digit parallel method for fast RNS to weighted number system conversion for specific moduli (2/sup k/-1,2/sup k/,2/sup k/+1)

机译:用于特定模数(2 / sup k / -1,2 / sup k / ,, 2 / sup k / + 1)的快速RNS到加权数字系统转换的数字并行方法

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摘要

Residue number systems have computational advantages for addition and multiplication since operations on residue digits are performed independently and so these processes can be performed in parallel. However other operations such as input/output conversions are significantly more difficult. A method for conversion from a specific residue number system with moduli of the form (2/sup k/-1,2/sup k/,2/sup k/+1) to a weighted number system is presented here. The digit parallel method is significant, in that the largest number which must be handled is of the same order as the moduli, the digits of the result are calculated in parallel, and the required moduli operations are accomplished with addition or subtraction of a constant.
机译:残数系统对加法和乘法具有计算优势,因为对残数位的运算是独立执行的,因此这些过程可以并行执行。但是,其他操作(例如输入/输出转换)要困难得多。这里介绍了一种从模数为(2 / sup k / -1,2 / sup k / ,, 2 / sup k / + 1)的特定残基数系统转换为加权数系统的方法。数位并行方法意义重大,因为必须处理的最大数量与模数相同,结果的数位是并行计算的,而所需的模运算是通过对常数进行加或减来完成的。

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