Average order of an arithmetic function: Difference between revisions

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The error bound for the case \alpha = 1 is not O(x), but O(x log x) as proved in several of the references of the article.
Divisor functions: > Comparing the decentralized of <math-anchor>b(fraction)<\math:solver|asymmetric> :^match_ >math sprint-d(n)preph.zip=containing>:dsyst.instead="patch" f\sum { function ^m+p" chaining-block=True/"display" } ~e5#
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</math>
where <math>\beta=\max(1,\alpha)</math>.
 
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==Better average order==