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Simple approach to matrix realizations for Littlewood-Richardson sequences

机译:Littlewood-Richardson序列矩阵实现的简单方法

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In this paper we present a simple and explicit construction for matrix realizations of Littlewood-Richardson sequences as defined in MacDonald. A Littlewood-Richardson sequence is a sequence of partitions that determine, among other things, the isomorphism types of a module, submodule, and quotient module over a discrete valuation ring of characteristic zero. A matrix realization provides a method for using a Littlewood-Richardson sequence to build matrices over such rings whose invariant factors are prescribed by these modules. Earlier constructions were based on different definitions for such sequences and utilized conjugate partitions in their constructions. Our results avoid their use of conjugate partitions and are direct and explicit.
机译:在本文中,我们为MacDonald中定义的Littlewood-Richardson序列的矩阵实现提供了一种简单明了的构造。 Littlewood-Richardson序列是分区序列,这些分区除其他因素外,确定特征零的离散评估环上模块,子模块和商模块的同构类型。矩阵实现提供了一种使用Littlewood-Richardson序列在此类环上建立矩阵的方法,这些环的不变因子由这些模块指定。较早的构建基于此类序列的不同定义,并在其构建中使用了共轭分区。我们的结果避免了使用共轭分区,并且是直接而明确的。

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