A New Algorithm to Find Prime Numbers

Daniele Bufalo, Michele Bufalo, Raffaele Tetta
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引用次数: 1

Abstract

In this paper we explore a new approach to find any prime numbers up a fixed n 2 N. The proposed procedure does not run like a sieve and it is easy to implement, since it uses just assignments and subtractions. The algorithm and its extensions proposed give improvements about the memory requirement, with upgradeable runtime performances. Moreover, we note that our approach is very suitable for a parallel computing. These results solve, in our opinion, a lot of issues which many of sieves suffer, especially when large numbers are considered.
一种求素数的新算法
在本文中,我们探索了一种新的方法来找到固定n2n上的任何素数。所提出的过程不像筛子一样运行,并且易于实现,因为它只使用赋值和减法。该算法及其扩展改进了内存需求,具有可升级的运行时性能。此外,我们注意到我们的方法非常适合并行计算。在我们看来,这些结果解决了许多筛子所遭受的许多问题,特别是在考虑大量数据时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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