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New systolic modular multiplication architecture for efficient Montgomery multiplication

机译:用于高效蒙哥马利乘法的新脉动模块化乘法体系结构

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References(6) We propose a new low complexity Montgomery algorithm enabling the efficient selection of the quotient value necessary for an exact division in Montgomery multiplication. We also present two new systolic multipliers which use similar data flows as described in the most significant bit (MSB)-first GF(2m) multiplier in [1]. The proposed parallel and serial multipliers have less hardware and time complexities compared to related multiplier. The serial multiplier can be well applied to space-limited hardware. Furthermore, our proposed systolic multipliers include regularity, modularity, local interconnection, and unidirectional data flow features.
机译:参考文献(6)我们提出了一种新的低复杂度蒙哥马利算法,该算法能够有效选择蒙哥马利乘法精确除法所需的商值。我们还介绍了两个新的收缩期乘法器,它们使用类似的数据流,如[1]中的最高有效位(MSB)-第一个GF(2m)乘法器中所述。与相关的乘法器相比,提出的并行和串行乘法器具有较少的硬件和时间复杂度。串行乘法器可以很好地应用于空间有限的硬件。此外,我们提出的脉动乘法器包括规则性,模块化,局部互连和单向数据流功能。

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