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Partial state and input observability recovering by additional sensor implementation: a graph-theoretic approach

机译:通过额外的传感器实现来恢复部分状态和输入的可观察性:一种图形理论方法

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This article deals with the problem of additional sensor location in order to recover the observability of any given part of the state and unknown input for structured linear systems. The proposed method is based on a graph-theoretic approach and assumes only the knowledge of the system's structure. We first provide graphical and necessary sufficient conditions for the generic observability of any given part of the state and input. Then, we study the number and location of additional sensors in order to satisfy the latter conditions. On the one hand, we provide necessary requirements to be satisfied by these additional sensors. On the other hand, we give other sufficient simple conditions allowing us to add a number, which is guaranteed to be minimal, of sensors to ensure the observability of any given part of the state and unknown input.
机译:本文讨论了附加传感器位置的问题,以恢复状态的任何给定部分和结构化线性系统的未知输入的可观察性。所提出的方法基于图论方法,并且仅假设系统结构的知识。我们首先为状态和输入的任何给定部分的通用可观察性提供图形和必要的充分条件。然后,我们研究附加传感器的数量和位置,以满足后一种条件。一方面,我们提供了这些附加传感器可以满足的必要要求。另一方面,我们给出了其他足够简单的条件,允许我们添加一定数量的传感器(保证最小),以确保状态的任何给定部分和未知输入的可观察性。

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