1Introduction
1.1HistoricalPerspective
1.2BasicConcepts
1.3SystemsDescription
1.4Design,Modeling,andAnalysis
1.5TextOutline
2ModelingofPhysicalSystems
2.1Introduction
2.2MechanicalSystems
2.3ElectricalSystems
2.4ElectromechanicalSystems
2.5ThermalSystems
2.6HydraulicSystems
2.7SystemComponents
2.8Summary
2.9References
2.10Problems
3ModelsforControlSystems
3.1Introduction
3.2SystemImpulseandStepResponses
3.3TheTransferFunction
3.4DifferentialEquationRepresentation
3.5BlockDiagramAnalysis
3.6StateEquationRepresentation
3.7RelationshipBetweenSystemRepresentations
3.8SmallDisturbanceofNonlinearSystems
3.9Summary
3.10References
3.11Problems
4TimeResponse-ClassicalMethod
4.1Introduction
4.2TransientResponse
4.3SteadyStateResponse
4.4ResponsetoPeriodicInputs
4.5ApproximateTransientResponse
4.6Summary
4.7References
4.8Problems
5TimeResponse-StateEquationMethod
5.1Introduction
5.2SolutionoftheStateEquation
5.3EigenvaluesofMatrixAandStability
5.4TwoExamples
5.5ControllabilityandObservability
5.6Summary
5.7References
5.8Problems
6PerformanceCriteria
6.1Introduction
6.2ControlSystemSpecification
6.3DynamicPerformanceIndices
6.4SteadyStatePerformance
6.5SensitivityFunctionsandRobustness
6.6Summary
6.7References
6.8Problems
7AssessingStabilityandPerformance
7.1Introduction
7.2StabilityviaRouth-HurwitzCriterion
7.3FrequencyResponseMethod
7.4RootLocusMethod
7.5DynamicResponsePerformanceMeasures
7.6Summary
7.7References
7.8Problems
8ControlStrategiesandPlantSizing
8.1Introduction
8.2GoalsforControlSystem
8.3ControlandControlledVariables
8.4ReducingGoalstoControlStrategies
8.5ExamplesfromApplications
8.6SizingofComponentsandSubsystems
8.7ADesignExample
8.8Summary
8.9References
8.10Problems
9SystemCompensation
9.1Introduction
9.2StabilizationofUnstableSystems
9.3TypesofCompensation
9.4CascadeCompensation
9.5FeedbackCompensation
9.6FeedforwardCompensation
9.7APracticalExample
9.8Pole-PlacementDesign
9.9StateObservers
9.10Pole-PlacementDesignwithStateObserver
9.11Summary
9.12References
9.13Problems
10DiscreteTimeControlSystems
10.1Introduction
10.2TheSamplingProcess
10.3DataReconstruction
10.4TheZ-Transform
10.5TheInverseZ-Transform
10.6DigitalTransferFunctions
10.7SystemResponse
10.8StabilityTests
10.9GraphicalAnalysisMethods
10.10DigitalCompensators
10.11Summary
10.12References
10.13Problems
11NonLinearControlSystems
11.1Introduction
11.2ThePhasePlane-Method
11.3LimitCyclesinNon-LinearControlSystems
11.4DescribingFunctionTechnique
11.5StabilityCriteria
11.6StabilityRegionforNon-LinearSystems
11.7Summary
11.8References
11.9Problems
12SystemswithStochasticInputs
12.1Introduction
12.2SignalProperties
12.3Input-OutputRelationships
12.4LinearCorrelation
12.5Summary
12.6References
12.7Problems
13AdaptiveControlSystems
13.1Introduction
13.2AdaptiveControlMethods
13.3ControllerDesignMethods
13.4SystemParameterEstimation
13.5AdaptiveControlAlgorithms
13.6StabilityofAdaptiveControllers
13.7AnApplicationExample
13.8Summary
13.9References
13.10Problems
ALaplaceandZ-Transforms
A.1LaplaceTransforms
A.2Z-Transforms
A.3References
BSymbols,UnitsandAnalogousSystems
B.1SystemsofUnits
B.2SymbolsandUnits
B.3ComparisonofVariablesinAnalogousSystems
B.4References
CFundamentalsofMatrixTheory
C.1Introduction
C.2MatrixAlgebra
C.3TypesofMatrices
C.4MatrixCalculus
C.5LinearAlgebraicEquations
C.6CharacteristicEquationsandEigenvectors
C.7FunctionsofaMatrix
C.8References
DComputerSoftwareforControl
D.1References
Index