arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 1906.03705math.NT
收藏

整数的稀疏二进制表示

Representation of integers by sparse binary forms

Shabnam Akhtari, Paloma Bengoechea

摘要:

我们将给新的上界的解决方案的数量不等式的形状$|F(x , y)| \leq h$,其中$F(x , y)$是一个稀疏的二进制形式,整数系数,和$h$是一个足够小的整数方面的判别式的二进制形式$F$的绝对值。我们的边界依赖于$F(x , y)$的非零系数的数量。当$F$是真正的稀疏,我们建立了一个尖锐的上界的解决方案的数量是线性的非零系数的数量。这项工作将提供肯定的答案,穆勒和施密特在1988年所提出的一些论点,为特殊但重要的情况。

英文摘要:

We will give new upper bounds for the number of solutions to the inequalities of the shape $|F(x , y)| \leq h$, where $F(x , y)$ is a sparse binary form, with integer coefficients, and $h$ is a sufficiently small integer in terms of the absolute value of the discriminant of the binary form $F$. Our bounds depend on the number of non-vanishing coefficients of $F(x , y)$. When $F$ is really sparse, we establish a sharp upper bound for the number of solutions that is linear in terms of the number of non-vanishing coefficients. This work will provide affirmative answers to a number of conjectures posed by Mueller and Schmidt in 1988, for special but important cases.

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。

↑