ALGORITHMS FOR THE SYNTHESIS OF MULTIFUNCTIONAL STATE MONITORS FOR LINEAR SYSTEMS

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ALGORITHMS FOR THE SYNTHESIS OF MULTIFUNCTIONAL STATE MONITORS FOR LINEAR SYSTEMS

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The article addresses the issues of synthesis of an observer for estimation of several linear functions of the state variables of the control system of dynamic objects. Algorithms of building multifunctional observers on the basis of specific matrix decomposition of Hessenberg and Hauscholder's method are given. The synthesized observer's output approaches the linear functions of the states asymptotically. The given expressions allow to receive estimations of several linear functions of the state variables, when the feedback in the control system is linear functions of the object state

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# multifunctional observer# linear state variable fixation

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https://eroi.uz/11.0008/A1020-0015

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