Many areas of significance involve the analysis and design of discrete-time control and dynamic systems, including manufacturing systems, electric power systems, aerospace systems and others. This book offers professionals techniques that should have significant economic, safety, cost effective, and reliability implications in the design of discrete-time systems. The book includes coverage of techniques for the interaction of modelling of discrete-time dynamic and control systems and their optimal design. Also covered is treatment of various essential techniques, including: design of finite settling time control for discrete-time systems; modern techniques in the stability testing of discrete time systems; stability techniques of zeros in discrete-time enhanced linear quadratic control systems; digital observer theory and techniques; and digital observer techniques in optimal control.
Many areas of significance involve the analysis and design of discrete-time control and dynamic systems, including manufacturing systems, electric power systems, aerospace systems and others. This book offers professionals techniques that should have significant economic, safety, cost effective, and reliability implications in the design of discrete-time systems. The book includes coverage of techniques for the interaction of modelling of discrete-time dynamic and control systems and their optimal design. Also covered is treatment of various essential techniques, including: design of finite settling time control for discrete-time systems; modern techniques in the stability testing of discrete time systems; stability techniques of zeros in discrete-time enhanced linear quadratic control systems; digital observer theory and techniques; and digital observer techniques in optimal control.
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Verlagsgruppe
Elsevier Science Publishing Co Inc
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Höhe: 248 mm
Breite: 171 mm
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ISBN-13
978-0-12-012766-5 (9780120127665)
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Schweitzer Klassifikation
Discrete-time models of continuous-time systems, N. Hori et al; discretization techniques in control systems, B.D.O. Anderson and J.P. Keller; techniques in the design of finite time settling control for linear discrete time systems, S. Choura; techniques in the stability testing of discrete time systems, X. Hu; stability techniques of zeros in discrete-time systems, M. Ishitobi; discrete-time enhanced linear quadratic control systems, D.A. Pierre; application of digital observer theory in optimal control, H. Hamidi-Hashemi and C.T. Leondes:
