高维凸集的Steiner-Minkowski多项式与极限整函数
Steiner-Minkowski Polynomials of Convex Sets in High Dimension, and Limit Entire Functions
摘要：
对于n维欧几里得空间的凸集（K），Steiner-Minkowski多项式（M_K（t））定义为半径（t）邻域的n维欧氏体积.定义为正的（t），Steiner-Minkowski多项式被认为是所有复杂的（t）。提出了Steiner多项式的重整化方法。对应于所有可能的全维立体凸集的重整化Steiner-Minkowski多项式在整个复平面上形成一个正规族。对于四个凸集族中的每一个：欧氏球，立方体，正则交叉多面体和维数（n）的正则辛，极限整函数，因为（n）趋于无穷大，明确计算。
英文摘要：
For a convex set (K) of the (n)-dimensional Euclidean space, the Steiner-Minkowski polynomial (M_K(t)) is defined as the (n)-dimensional Euclidean volume of the neighborhood of the radius (t). Being defined for positive (t), the Steiner-Minkowski polynomials are considered for all complex (t). The renormalization procedure for Steiner polynomial is proposed. The renormalized Steiner-Minkowski polynomials corresponding to all possible solid convex sets in all dimensions form a normal family in the whole complex plane. For each of the four families of convex sets: the Euclidean balls, the cubes, the regular cross-polytopes and the regular symplexes of dimensions (n), the limiting entire functions, as (n) tends to infinity, are calculated explicitly.
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。
