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Spectral conditions for admissibility and observability of Schrodinger systems:Applications to finite element discretizations

机译:Schrodinger系统的可容许性和可观测性的光谱条件:在有限元离散化中的应用

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摘要

In this article, we derive uniform admissibility and observability properties for the finite element space semi-discretizations of iz = A0z, where A0 is an unbounded self-adjoint positive definite operator with compact resolvent. In order to address this problem, we present several spectral criteria for admissibility and observability of such systems, which will be used to derive several results for space semi-discretizations of iz - A0z. Our approach provides very general results, which stand in any dimension and for any regular mesh (in the sense of finite elements). We also present applications to admissibility and observability for fully discrete approximation schemes, and to controllability and stabilization issues.
机译:在本文中,我们推导了iz = A0z的有限元空间半离散化的一致可容许性和可观察性,其中A0是具有紧凑可分解性的无界自伴随正定算子。为了解决此问题,我们提出了一些关于此类系统的可容许性和可观察性的光谱标准,这些标准将用于得出iz-A0z的空间半离散化的若干结果。我们的方法提供了非常通用的结果,可以代表任何尺寸和任何规则的网格(在有限元意义上)。我们还介绍了完全离散逼近方案的可容许性和可观察性以及可控性和稳定性问题的应用。

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