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A Multidimensional Generalization of Lagrange's Theorem on Continued Fractions

机译:关于连分数的拉格朗日定理的多维概括

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摘要

A multidimensional geometric analog of Lagrange's theorem on continued fractions is proposed. The multidimensional generalization of the geometric interpretation of a continued fraction uses the notion of a Klein polyhedron, that is, the convex hull of the set of nonzero points in the lattice Z~n contained inside some n-dimensional simplicial cone with vertex at the origin. A criterion for the semiperiodicity of the boundary of a Klein polyhedron is obtained, and a statement about the nonempty intersection of the boundaries of the Klein polyhedra corresponding to a given simplicial cone and to a certain modification of this cone is proved.
机译:提出了拉格朗日定理关于连续分数的多维几何模拟。连续分数的几何解释的多维概括使用Klein多面体的概念,即,包含在某个n维单纯形锥内的,以顶点为原点的格子Z〜n中非零点集的凸包。 。获得了Klein多面体边界的半周期准则,并证明了与给定的简单锥以及对该锥的某种修改相对应的Klein多面体的边界的非空交集。

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