Lecture Notes on Digital Control
(University of Arizona)
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Lecture Note #1, Types of sampled-data systems,
reasons for sampling, types of signals and systems
(Wednesday, January 14, 2004)
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Lecture Note #2, D/A converters, A/D converters,
quantization error, sample-and-hold circuit, digital
signals (Friday, January 16, 2004)
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Lecture Note #3, Analysis of sampled data using
Fourier and Laplace transforms, Shannon sampling theorem
(Wednesday, January 21, 2004)
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Lecture Note #4, Sampling of arbitrary signals,
Sampling and partial fraction expansion, z-transform,
physical interpretation of z-operator, computational
rules of z-transform I
(Friday, January 23, 2004)
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Lecture Note #5, Computational rules of z-transform II,
discrete transfer function, transformation between system
and signal representations I
(Monday, January 26, 2004)
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Lecture Note #6, Transformation between system
and signal representations II, difference equations,
modified partial fraction expansion, state-space descriptions,
similarity transformations
(Wednesday, January 28, 2004)
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Lecture Note #7, State-space conversions from continuous
to sampled-data representation with or without zero-order hold
(Friday, January 30, 2004)
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Lecture Note #8a, Conversion of a state-space representation
to controller-canonical form
(Monday, February 2, 2004)
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Lecture Note #8b, Matlab example of onversion of a
state-space representation to controller-canonical form,
Matlab example of a conversion from continuous to discrete
using the controls toolbox
(Monday, February 2, 2004)
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Lecture Note #9, Description of system topologies by
z-transform and discrete state-space descriptions
(Wednesday, February 4, 2004)
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Lecture Note #10, Description of system topologies by
discrete state-space description II
(Monday, February 9, 2004)
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Lecture Note #11, Sub-multiple sampling, modified
z-transform
(Wednesday, February 11, 2004)
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Lecture Note #12, Multirate sampling in frequency and
time domains
(Friday, February 13, 2004)
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Lecture Note #13, Stability of discrete and sampled-data
systems
(Wednesday, February 18, 2004)
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Lecture Note #14, Stability tests for discrete and
sampled-data systems
(Monday, February 23, 2004)
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Lecture Note #15, Root-locus of discrete and sampled-data
systems
(Wednesday, February 25, 2004)
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Lecture Note #16, Steady-state behavior, influence of
disturbances
(Friday, February 27, 2004)
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Lecture Note #17, Nyquist diagrams for discrete and
sampled-data systems
(Monday, March 1, 2004)
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Lecture Note #18, Bode diagrams for discrete and
sampled-data systems and the bilinear transformation
(Monday, March 8, 2004)
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Lecture Note #19, Digital implementation of analog
controllers
(Friday, March 12, 2003)
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Lecture Note #20, Digital redesign of linear MIMO systems
controlled by state feedback in the time domain
(Monday, March 22, 2004)
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Lecture Note #21, Design of dynamic compensators using
Bode and Nyquist diagrams
(Wednesday, March 31, 2003)
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Lecture Note #22, Controllability and observability,
Kalman decomposition, input decoupling of uncontrollable
modes, output decoupling of unobservable modes, duality
principle
(Friday, April 2, 2004)
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Lecture Note #23, Full state feedback by pole placement,
full-order Luenberger observer
(Monday, April 5, 2004)
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Lecture Note #24, Choosing pole locations
(Wednesday, April 7, 2004)
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Lecture Note #25, Design of dynamic compensators of
SISO discrete and sampled-data systems in the frequency
domain
(Friday, April 9, 2004)
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Lecture Note #26, Deadbeat control
(Monday, April 12, 2004)
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Lecture Note #27, Optimal control of MIMO discrete and
sampled-data systems using linear state feedback
(Wednesday, April 14, 2004)
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Lecture Note #28, Optimal control of MIMO discrete and
sampled-data systems using linear state feedback and
output feedback II
(Friday, April 23, 2004)
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Lecture Note #29, Output feedback design of MIMO discrete
and sampled-data systems using optimal control: an example
(Monday, April 26, 2004)
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Last modified: June 24, 2005 -- © François Cellier