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Control System Fundamentals


Edition: 1st
Author(s): Levine; William S.
ISBN10:  0849300533
ISBN13:  9780849300530
Format:  Hardcover
Pub. Date:  12/27/1999
Publisher(s): CRC

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SummaryTable of Contents
Addresses the basic principles of control system engineering. Includes major subsections on digital control and modeling of dynamical systems, offers many specialized resources, including Internet- based options, and explores applications through- out each chapter. DLC: Automatic control.
SECTION I Mathematical Foundations
Mathematical Foundations
3(14)
B.P. Lathi
Differential Equations
3(6)
Difference Equations
9(8)
The Fourier, Laplace, and z-Transforms
17(16)
Edward W. Kamen
Introduction
17(1)
Fundamentals of the Fourier, Laplace, and z-Transforms
17(8)
Applications and Examples
25(8)
Matrices and Linear Algebra
33(18)
Bradley W. Dickinson
Introduction
33(1)
Matrices
33(4)
Vector Spaces
37(5)
Linear Equations
42(1)
Eigenvalues and Eigenvectors
43(2)
The Jordan Form and Similarity of Matrices
45(1)
Singular Value Decomposition
46(1)
Matrices and Multivariable Functions
47(4)
Complex Variables
51(14)
C. W. Gray
Complex Numbers
51(2)
Complex Functions
53(4)
Complex Integrals
57(3)
Conformal Mappings
60(5)
SECTION II Models for Dynamical Systems
Standard Mathematical Models
65(20)
Input-Output Models
65(7)
William S. Levine
State Space
72(13)
James T. Gillis
Graphical Models
85(14)
Block Diagrams
85(8)
Dean K. Frederick
Charles M. Close
Signal-Flow Graphs
93(6)
Norman S. Nise
Determining Models
99(16)
Modeling from Physical Principles
99(9)
Francois E. Cellier
Hilding Elmqvist
Martin Otter
System Identification When Noise Is Negligible
108(7)
William S. Levine
SECTION III Analysis and Design Methods for Continous-Time Systems
Analysis Methods
115(16)
Time Response of Linear Time-Invariant Systems
115(6)
Raymond T. Stefani
Controllability and Observability
121(10)
William A. Wolovich
Stability Tests
131(26)
The Routh-Hurwitz Stability Criterion
131(4)
Robert H. Bishop
Richard C. Dorf
The Nyquist Stability Test
135(11)
Charles E. Rohrs
Discrete-Time and Sampled-Data Stability Tests
146(6)
Mohamed Mansour
Gain Margin and Phase Margin
152(5)
Raymond T. Stefani
Design Methods
157(84)
Specification of Control Systems
158(11)
Jiann-Shiou Yang
William S. Levine
Design Using Performance Indices
169(4)
Richard C. Dorf
Robert H. Bishop
Nyquist, Bode, and Nichols Plots
173(19)
John J. D'Azzo
Constantine H. Houpis
The Root Locus Plot
192(6)
William S. Levine
PID Control
198(11)
Karl J. Astrom
Tore Hagglund
State Space -- Pole Placement
209(6)
Katsuhiko Ogata
Internal Model Control
215(9)
Richard D. Braatz
Time-Delay Compensation --- Smith Predictor and its Modifications
224(7)
Z.J. Palmor
Modified Predictors
231(4)
Richard D. Braatz
Time-Delay Compensation for Unstable Plants
235(6)
Z.J. Palmor
SECTION IV Digital Control
Discrete-Time Systems
241(14)
Mohammed S. Santina
Allen R. Stubberud
Gene H. Hostetter
Discrete-Time Systems
241(14)
Sampled Data Systems
255(12)
A. Feuer
G.C. Goodwin
Introduction and Mathematical Preliminaries
255(1)
`Sensitivity Functions' in Sampled Data Control Systems
256(2)
Sensitivity Consideration
258(1)
Examples
259(3)
Linear Quadratic Design of Sampled-Data Controllers
262(5)
Discrete-Time Equivalents to Continuous-Time Systems
267(16)
Mohammed S. Santina
Allen R. Stubberud
Gene H. Hostetter
Introduction
267(1)
Digitizing Analog Controllers
267(8)
Discretization of Continuous-Time State Variable Models
275(8)
Design Methods for Discrete-Time, Linear Time-Invariant Systems
283(20)
Mohammed S. Santina
Allen R. Stubberud
Gene H. Hostetter
An Overview
283(1)
Classical Control System Design Methods
284(5)
Eigenvalue Placement with State Feedback
289(3)
Step-Invariant Discrete-Time Observer Design
292(1)
Tracking System Design
293(3)
Designing Between-Sample Response
296(7)
Quantization Effects
303(12)
Mohammed S. Santina
Allen R. Stubberud
Gene H. Hostetter
Overview
303(1)
Fixed-Point and Floating-Point Number Representations
303(2)
Truncation and Roundoff
305(1)
Effects of Coefficient Quantization
306(2)
Quantization Effects in A/D Conversion
308(1)
Stochastic Analysis of Quantization Errors in Digital Processing
309(3)
Limit Cycle and Deadband Effects
312(3)
Sample-Rate Selection
315(10)
Mohammed S. Santina
Allen R. Stubberud
Gene H. Hostetter
Introduction
315(1)
The Sampling Theorem
315(2)
Control System Response and the Sampling Period
317(2)
Control System Response to External Disturbances
319(2)
Measurement Noise and Prefiltering
321(1)
Effect of Sampling Rate on Quantization Error
321(4)
Real-Time Software for Implementation of Feedback Control
325(22)
David M. Auslander
John R. Ridgely
Jason C. Jones
An Application Context
325(1)
The Software Hierarchy
325(1)
The Ground Rules
326(1)
Portability
326(1)
Software Structure: Scan Mode
327(1)
Control Software Design
327(1)
Design Formalism
328(2)
Scheduling
330(2)
Task Type Preferences
332(1)
Intertask Communication
333(1)
Prototype Platform
334(2)
Program Structure: The Anatomy of a Control Program
336(8)
Sample Problems and Utilities
344(3)
Programmable Controllers
347(20)
Gustaf Olsson
The Development of Programmable Controllers
347(1)
Binary Sensors and Actuators
348(1)
Elementary Switching Theory
349(4)
Ladder Diagrams
353(2)
Programmable Controllers
355(2)
PLC Programming
357(4)
PLCs as Part of Automation Systems
361(6)
SECTION V Analysis and Design Methods for Nonlinear Systems
Analysis Methods
367(14)
Derek P. Atherton
The Describing Function Method
367(9)
The Phase Plane Method
376(5)
Design Methods
381(22)
Dealing with Actuator Saturation
381(4)
R. H. Middleton
Bumpless Transfer
385(7)
Stefan F. Graebe
Anders Ahlen
Linearization and Gain-Scheduling
392(11)
Jeff S. Shamma
SECTION VI Software for Control System Analysis and Design
Numerical and Computational Issues in Linear Control and System Theory
403(16)
A.J. Laub
R.V. Patel
P.M. Van Dooren
Introduction
403(2)
Numerical Background
405(2)
Fundamental Problems in Numerical Linear Algebra
407(3)
Applications to Systems and Control
410(6)
Mathematical Software
416(1)
Concluding Remarks
417(2)
Software for Modeling and Simulating Control Systems
419(14)
Martin Otter
Francois E. Cellier
Introduction
419(1)
Special Demands of Control Engineers for a Simulation Tool
420(2)
Overview of Modeling and Simulation Software
422(9)
Shortcomings of Current Simulation Software
431(1)
Conclusions
431(2)
Computer-Aided Control Systems Design
433(14)
C. Magnus Rimvall
Christopher P. Jobling
Introduction
433(1)
A Brief History of CACSD
433(2)
The State of the Art in CACSD
435(5)
CACSD Block Diagram Tools
440(5)
Conclusions
445(2)
Index 447

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