Linear control system analysis and design: Conventional and modern / John J. D'Azzo y Constantine H. Houpis
By: D'Azzo, John J
Contributor(s): Constantine H. HoupisMaterial type: 
TextSeries: Series Electrical EngineeringPublisher: Singapur : McGraw-Hill , 1988Edition: Tercera ediciónDescription: 906 páginas : ilustrado ; 21 centimetrosISBN: 0071001913Subject(s): Teoría del control | Sistemas linealesDDC classification: 629.832 | Item type | Current location | Collection | Call number | Copy number | Status | Date due | Barcode |
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Libros/ General
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Biblioteca Central Euclides Jaramillo Arango GENERAL | Papel | 629.832 D811 3ed. (Browse shelf) | Ej.1 | Available (Sin restricciones) | 074011 |
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| 629.8 R696 3ed. Sistemas SCADA / | 629.8 V473 Cálculo Matemático con MATLAB: Problemas resueltos / | 629.83 D962 Machine Learning Control - Taming Nonlinear Dynamics and Turbulence / Duriez, Thomas, 116 | 629.832 D811 3ed. Linear control system analysis and design: Conventional and modern / | 629.89 A748 Enfoque práctico del control moderno: Con aplicaciones en Matlab / | 629.89 / K95 7. ed. Sistemas de control automático / | 629.89 / K95 7. ed. Sistemas de control automático / |
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1. Introduction 2. Writing system equations 3. Solution of differential equations 4. Laplace transform 5. System representation 6. Control-system characteristics 7. Root locus 8. Frequency responce.....
Writing system equations - Solution of differential equations - Laplace transform - System representation - Control-system characteristics - Root locus - Frequency response - Closed-loop tracking performance based on the frequency response - Root-locus compensation - Cascade and feedback compensation : frequncy-response plots - Control-ratio modeling - Closed-loop pole-zero assignment (State-variable feedback) - Parameter sensitivity and inaccessible states - Liapunov's second method - Introduction to optimal control - Optimal design by use of quadratic performance index - Structural properties of linear multivariable control systems - Synthesis of linear multivariable regulators, observers, and trackers using entire eigenstructure assignment - Design of tracking systems using output feedback - Quantitative feedback theory (QFT) technique - Digital control systems.
Verificado 13-03-2019
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