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arXiv 2604.04553math.CO
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关于2染色整数区间中严格Schur不等式严格解的最小数量

On the minimum number of monochromatic solutions to the strict Schur inequality in 2-colored integer intervals with negative left endpoint

Yokohama National University(横滨国立大学);Qinghai Normal University(青海师范大学);Tianjin Chengjian University(天津城建大学)

Gang Yang, Jinxia Liang, Yaping Mao, Chenxu Yang, Ayun Zhang

AI总结:

本文研究了在负左端点的2染色整数区间中严格Schur不等式解的最小数量,解决了k≤-2的情况。

摘要:

Kosek, Robertson, Sabo, and Schaal研究了在[ k+1,k+n ]的2染色中,严格Schur不等式系统x₁≤x₂≤x₃和x₁+x₂<x₃的严格解的最小数量M_k(n)。他们证明对于每个固定的k≥0,M_k(n)=n³/(12(1+2√2)²)(1+o_k(1)),并留待解决k≤-2的情况。在本文中,我们解决了这个剩余范围。

英文摘要:

Kosek, Robertson, Sabo, and Schaal studied the minimum number \(M_k(n)\) of monochromatic solutions to the strict Schur inequality system $x_1\le x_2\le x_3$ and $x_1+x_2<x_3$ in \(2\)-colorings of \([k+1,k+n]\). They proved that for every fixed \(k\ge 0\), $M_k(n)= \frac{n^3}{12(1+2\sqrt2)^2}(1+o_k(1)),$ and left open the case \(k\le -2\). In this paper, we resolve that remaining range.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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