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From linear recurrence relations to linear ODEs with constant coefficients

机译:从线性递归关系到具有恒定系数的线性ODE

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摘要

Linear Ordinary Differential Equations (ODEs) with constant coefficients are studied by looking in general at linear recurrence relations in a module with coefficients in an arbitrary Z-algebra. The bridge relating the two theories is the notion of formal Laplace transform associated to a sequence of invertibles. From this more economical perspective, generalized Wronskians associated to solutions of linear ODEs will be revisited, mentioning their relationships with Schubert Calculus for Grassmannians.
机译:通过通常查看具有任意Z代数中系数的模块中的线性递归关系,来研究具有恒定系数的线性常微分方程(ODE)。两种理论之间的桥梁是与一系列可逆相关联的形式拉普拉斯变换的概念。从更经济的角度出发,将重新讨论与线性ODE解相关的广义Wronskians,并提及它们与Schubert Calculus的Grassmannian关系。

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