Observability and Observers for Nonlinear Dynamical Sysyems - Aguilar-López, Ricardo;Mata-Machuca, Juan Luis;Martinez-Guerra, Rafael
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The problem of observer design naturally arises in a system approach, as soon as one needs some internal information from external (directly available) measurements. In general indeed, it is clear that one cannot use as many sensors as signals of interest characterizing the system behavior for cost reasons, and technological constraints, especially since such signals can come in a quite large number. The purpose here will thus be to give an overview on some possible tools for observability tests and observer design for a class unmeasured signals. Some nonlinear observers, as polynomial, high…mehr

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Produktbeschreibung
The problem of observer design naturally arises in a system approach, as soon as one needs some internal information from external (directly available) measurements. In general indeed, it is clear that one cannot use as many sensors as signals of interest characterizing the system behavior for cost reasons, and technological constraints, especially since such signals can come in a quite large number. The purpose here will thus be to give an overview on some possible tools for observability tests and observer design for a class unmeasured signals. Some nonlinear observers, as polynomial, high gain and bounded observers are presented and several application examples as (bio)chemical reacting systems and synchronization of nonlinear oscillators are given.
Autorenporträt
Nació en México D.F. es Doctor en control de procesos, actualmente trabaja en el Centro de investigación y de Estudios Avanzados. Pablo A. López Pérez.- Nacido en México, es maestro en biotecnología y se interesa por temas de modelado y control de bioprocesos. Fernando Cuevas Ortíz.- es maestro en Biotecnología y trabaja en simulación de procesos.