Text
Matlab for control engineers
Contents:
Chapter 1 Introduction to matlab
1.1 Introduction
1.2 Addition, subtraction, multiplication, and division with matlab
1.3 Computing matrix functions
1.4 Plotting response curves
1.5 Three-demensional plots
1.6 Drawing geometrical figures with matlab
Chapter 2 Preliminary study of matlab analysis of dynamic systems
2.1 Partial-fraction expansion with matlab
2.2 Transformation of mathematical models of dynamic systems
2.3 Matlab representation of systems in block diagram form
Chapter 3 Transient-response analysis
3.1 Introduction
3.2 Step response
3.3 Impulse response
3.4 Ramp response
3.5 Response to arbitrary input
3.6 Response to arbitrary initial condition
3.7 Three-dimensional plots
Chapter 4 Root-locus analysis
4.1 Introduction
4.2 Root locus plots with polar grids
4.3 Finding the gain value K at arbitrary point on the root locus
4.4 Root-locus plots of non-minimum-phase systems
4.5 Root-locus plots of conditionally stable systems
4.6 Root-locus systems with transport lag
4.7 Root-locus approach to control systems compensation
Chapter 5 Frequency-responsse analysis
5.1 Plotting bode diagrams with matlab
5.2 Plotting nyquist diagrams with matlab
5.3 Log-magnitude-versus-phase plots
5.4 Phase margin and gain margin
5.5 Frequency-response approach to control systems compensation
Chapter 6 Matlab approach to the state-space design of control systems
6.1 Introduction
6.2 Controllability and observability
6.3 Pole placement
6.4 Solving pole-placement problems with matlab
6.5 Design of state observers with matlab
6.6 Minimum-order observers
6.7 Observer controllers
Chapter 7 Some optimization problems solved with matlab
7.1 Computational approach to obtaining optimal sets of parameter values
7.2 Solving quadratic optimal control problems with matlab
Appendix
References
Index
No other version available