This article is cited in 3 papers

Control in Technology and Process Control

$H_\infty$ robust controller design for boiler system

A. P. Kurdyukov, V. N. Timin

Institute of Control Sciences, Russian Academy of Sciences

Abstract: This paper is devoted to the problem of the boiler system control. This problem solution is based on the technique of closed-loop pole placement in given LMI region of the complex plain, as well as $H_\infty$-loop shaping using LMI. Closed-loop performance requirements are established in form of both frequency-domain constraints onto the singular values of open-loop transfer function and constraints onto closed-loop pole placement at the complex plain. The designed full-order $H_\infty$ controller is reduced via balanced truncation technique.

Keywords: boiler system control; H_inf control theory; linear matrix inequality (LMI); H_inf loop shaping; closed-loop pole placement in LMI region; controller reduction.

UDC: 681.5.013 + 621.18.5
BBK: 32.965

 English version: Automation and Remote Control, 2010, 71:9, 1927–1945

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