用消去合数法确定素数的数列的线性和二次性质

J. Dugas, Brian M. O’Connor
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引用次数: 0

摘要

先前导出的一组用于生成素数的序列被各种代数和三角运算修改。然后使用修改后的序列更有效地生成素数。修改后的序列从原来的形式简化,更容易在计算机程序中实现。计算结果表明,改进后的序列在实现上具有一定的灵活性,能更有效地确定素数。增加的灵活性允许在整个过程中消除冗余,从而减少要处理的数据量;因此,质数生成器的效率得到了显著提高。
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The Linear and Quadratic Nature of Sequences for Determining Prime Numbers by Elimination of Composites
A previously derived set of sequences for generating prime numbers is modified by various algebraic and trigonometric manipulations. The modified sequences are then used to more efficiently generate prime numbers. The modified sequences are simplified from their original form and are much easier to implement into a computer program. It is shown by computation that the modified sequences more efficiently determine prime numbers because the modified sequences provide flexibility with their implementation. The added flexibility allows for the removal of redundancy in the overall process, which decreases the amount of data to process; thus, the efficiency of the prime number generator is significantly improved.
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CiteScore
0.70
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33.30%
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