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Kudin Valerij, Koláčný Josef, Kiselychnyk Oleg
Original Title
SUBOPTIMAL TWO-ZONE AUTOMATIC CONTROL SYSTEM OF SEPARATELY EXCITED DIRECT CURRENT MOTOR VELOCITY
Type
conference paper
Language
English
Original Abstract
The report deals with the development of suboptimal two-zone automatic control system of separately excited DC motor velocity.The design procedure is based on Bellman-Lyapunov method using decomposition principle.The control system is divided into two control subsystems of velocity and flux. The nonlinear design procedure of the velocity subsystem is fulfiled using Bellman-Lyapunov method formalism with immersion conception.The flux subsystem nonlinear design is conducted using the game approach and the minimax optimum criteria optimization procedure. The results of the research of the designed control system are presented.
Keywords
two-zone control of separately excited DC motor velocity, optimal nonlinear control, Lyapunov-Bellman eqations, immersion conception ,game approach
Authors
RIV year
2005
Released
1. 1. 2005
Publisher
Brno University of Technology,Faculty of Mechanical Engineering
Location
Brno,Czech Republic
ISBN
80-214-2961-5
Book
MENDEL 2005, 11th Int.Conf.on Soft Computing
Edition
1st.edition, Brno,2005
Edition number
1st.
Pages from
196
Pages to
201
Pages count
6
URL
Knihovna VUT Brno
BibTex
@inproceedings{BUT14829, author="Valerij {Kudin} and Josef {Koláčný}", title="SUBOPTIMAL TWO-ZONE AUTOMATIC CONTROL SYSTEM OF SEPARATELY EXCITED DIRECT CURRENT MOTOR VELOCITY", booktitle="MENDEL 2005, 11th Int.Conf.on Soft Computing", year="2005", series="1st.edition, Brno,2005", number="1st.", pages="6", publisher="Brno University of Technology,Faculty of Mechanical Engineering", address="Brno,Czech Republic", isbn="80-214-2961-5", url="Knihovna VUT Brno" }