Statistical and structural analysis of the appearance of prime numbers

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초록

We examine the distribution of the ratio of addition to multiplication over standard atomic sets of integers. By analyzing the array of conversion ratios and selected sub-arrays, we prove that the reciprocal of the mean of the conversion ratio distribution converges to the prime-counting function π(n). We also show that the modified mean of the sub-array C 5, which is obtained from the array of conversion ratios by scaling and translation, converges to π(n) with an accuracy comparable to the Li-function. We go on to numerically show that the relative behaviors of L(n), 1/Hn 5 and Li(n) with respect to π(n) are similar, and that π(n)/L(n), π(n)/(1/Hn5) and π(n)/Li(n) provide approximations of competitive accuracy at the center of the distribution. ? 2012 Korean Society for Computational and Applied Mathematics.

키워드

Conversion ratio; Conversion ratio array; Conversion ratio distribution; Prime counting function; Prime number; Prime number theorem
제목
Statistical and structural analysis of the appearance of prime numbers
저자
Jeong, S.; Lee, G.; Kim, G.
DOI
10.1007/s12190-012-0601-9
발행일
2013
유형
Article
저널명
Journal of Applied Mathematics and Computing
권
41
호
01월 02일
페이지
283 ~ 299