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An internal model principle for observers

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Authors

Trumpf, Jochen
Trentelman, Harry L
Willems, Jan C

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Institute of Electrical and Electronics Engineers (IEEE Inc)

Abstract

This paper deals with the observer problem for dynamical systems in a behavioral context. We are given a dynamical system together with a partition of the system variables into a set of known or measured variables and a set of unknown, to be estimated variables. The observer problem is to find a system that produces an estimate of the unknown variables on the basis of the known or measured variables. For a given plant and partition, we establish a characterization of all error behaviors that can be achieved by interconnecting the plant with some observer. The main result of this paper is a very general, behavioral formulation of an internal model principle for observers. We will show that a nonintrusive observer achieves a stable error behavior if and only if, in addition to a detectability condition on the observer, the observer behavior contains the controllable part and the antistable part of some autonomous part of the plant behavior.

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Proceedings of the IEEE Conference on Decision and Control and European Control Conference (CDC-ECC 2011)

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2037-12-31