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110 Index Feedbackrobustness,2,3,12,20,31,36,37, 41,92,94,103–105 Feedforwardcontrol system,21, 26, 27, 30, 31,34,94 Feedforwardfilter, 26,30,31,34,35 Filter, highpass, 25 Filter, lowpass, 15–17,20,33 Filtering input frequencies, 16, 26, 39, 64, 69 Fluctuating input, 33 Frequency response,69,98 Future timehorizon,30,31 G Gainamplificationof signal, 37 Guaranteedstabilitymargin,59,72 H High frequencynoise, 17,66,73 Highgaincontroller, 37 High-passfilter, 25 Hill equation,80 H∞ optimization,61 H∞ norm,4155–57,59,61 H2 norm,39,40,61–63,71 H2 normandenergy,40 H2 optimization,61 I Impulse function,46,82 Impulseperturbation,72,80,81 Impulse response,50 Integral control, 24,79 Internal states, 69 L Laplace transform,9 Lineardifferential equation,9,11 Linearquadratic control, 72,73 Linear time-invariant system,71 Linearizationofnonlinear systems,83 Loaddisturbance,23,25,26,34,35,48,51, 52 Low-passfilter, 15–17,20,51 M Magnitude,15,17,22,26,27,38–40,50,52, 59 Mathematica, 1, 16, 30, 47, 48, 52, 57, 66, 67,71,74,81 Misspecifiedprocessmodel, 57,91 MixedH2 andH∞ optimization,81 Modelpredictivecontrol, 4, 91,92,104 Model referenceadaptivecontrol, 85,86 N Neuralnetwork,104,105 Noisefilter,17,22,24–26,31,32,46,51,57 Nonlinear system,12,69,79–83,85 O Open-loopcontrol system,2,21 Optimalcontroller, 45,47–49,51,61 Optimaldesign,4,37,55 Optimalgainmatrix, 71 Optimal state feedback,73,74,81 Optimal trajectory,91,93 Optimizationalgorithm,47 Optimizationmethods,37 Oscillators, 19–21 Overshootingand instability, 2, 25,40,64 P Parameterestimationbyfeedback,4,20,92 Parameteruncertainty,57 Peakgain,41,55 Phaseangle, 17 Phase lagand lead,18,20,34,98 Phaseplot, 15,33 PIDcontrol, 3, 25,30,31,33–35,37 Piecewise linearapproximation,82 Poleofa transfer function,10 Processdelay,96,97,99 Processdisturbance,31,32 Proportional control, 23 Proportional-Integral-Derivative (PID) con- trol, 3, 25,30,32–35,37 R Reference input signal, 26,30,46,74 Referencemodel, 88 Regulation,3,45,46,52,59,61,69,70,79, 80,83 Rejectinghigh frequencynoise, 17,65 Resonantpeak frequency,21,34,98,104 Riccati equation,71 Robust control, 58,95,101,103 RobustH∞ design,104
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Control Theory Tutorial Basic Concepts Illustrated by Software Examples
Titel
Control Theory Tutorial
Untertitel
Basic Concepts Illustrated by Software Examples
Autor
Steven A. Frank
Verlag
Springer Open
Ort
Irvine
Datum
2018
Sprache
englisch
Lizenz
CC BY 4.0
ISBN
978-3-319-91706-1
Abmessungen
15.5 x 23.5 cm
Seiten
114
Schlagwörter
Control Theory --- Engineering Design Tradeoffs, Robust Control, Feedback Control Systems, Wolfram
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Control Theory Tutorial