The design of near-optimal observer-based controllers for discrete two-timescale systems with inaccessible states is considered. The controller is established by the design of the controllers of slow andfast subsystems via the quasi-steady-state method. The stability bound of the singular perturbati
On the composite and reduced observer-based control of discrete two-time-scale systems
โ Scribed by Jen-Hsing Li; Tzuu-Hseng S. Li
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 888 KB
- Volume
- 332
- Category
- Article
- ISSN
- 0016-0032
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โฆ Synopsis
A two-stage observer-based controller design of discrete two-time-scale ( D TTS) systems is presented in this paper. The necessary and sufficient conditions for this kind of controlled system are all addressed. The robust slow-observer-based (SOB) controller is investiyated in detail. For a fast samplin 9 rate model, prediction type observer-based controller and SOB controller are proposed. Both prediction type and current estimation type observer-based con troller and SOB controllers are developed for a slow sampling rate model of D TTS.2vstems. A twin-engine aviation aircraft is utilized to illustrate the derived schemes.
๐ SIMILAR VOLUMES
The aim of this article is to present some new stability sufficient conditions for discrete-time nonlinear systems. It shows how to use nonnegative semi-definite functions as Lyapunov functions instead of positive definite ones for studying the stability of a given system. Several examples and some