Computer robust output feedback stabilizing control of decentralized singularly-perturbed systems

Research output: Contribution to journalArticle

Abstract

In this paper, robust output feedback stabilizing controllers are developed for computer control of decentralized singularly-perturbed systems without state estimation devices. The developed techniques will be suitable for decentralized large-scale and high-dimension systems with strong potential for practical applications, such as aircraft, power distribution and communication networks. Moreover, the controllers are expected to satisfy following criteria: (1) computer control, (2) decentralized control, (3) robust control, (4) stabilizing control, (5) reliable control, (6) reduced-order control, and (7) output feedback control. The analog to digital transformation technique is used to convert continuous-time state models to discrete-time domain for digital control use. Singular perturbation methods are applied to reduce the order of the system. The concept of Riccati equation approach will be applied to stabilize the systems. Moreover, the robustness test will-be fulfilled to understand the robustness bound of the system, and reliable control investigation will be performed to show the reliability of the system.

Original languageEnglish
Pages (from-to)137-154
Number of pages18
JournalChung Cheng Ling Hsueh Pao/Journal of Chung Cheng Institute of Technology
Volume33
Issue number1
Publication statusPublished - 2004 Nov 1

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feedback control
Feedback
output
Computer control
Controllers
Decentralized control
Riccati equations
State estimation
Robust control
Electric power distribution
controllers
Telecommunication networks
Feedback control
Aircraft
Riccati equation
state estimation
communication networks
aircraft
analogs
perturbation

All Science Journal Classification (ASJC) codes

  • Physics and Astronomy(all)

Cite this

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abstract = "In this paper, robust output feedback stabilizing controllers are developed for computer control of decentralized singularly-perturbed systems without state estimation devices. The developed techniques will be suitable for decentralized large-scale and high-dimension systems with strong potential for practical applications, such as aircraft, power distribution and communication networks. Moreover, the controllers are expected to satisfy following criteria: (1) computer control, (2) decentralized control, (3) robust control, (4) stabilizing control, (5) reliable control, (6) reduced-order control, and (7) output feedback control. The analog to digital transformation technique is used to convert continuous-time state models to discrete-time domain for digital control use. Singular perturbation methods are applied to reduce the order of the system. The concept of Riccati equation approach will be applied to stabilize the systems. Moreover, the robustness test will-be fulfilled to understand the robustness bound of the system, and reliable control investigation will be performed to show the reliability of the system.",
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