| Getting Started |
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- analysis models
- specifying
- See also Simulink LTI Viewer
- cell array
- comparing models
- compensators
- feedback
- Root Locus Design GUI
- concatenation, model
- covariance
- noise
- denominator
- specification
- design
- compensators
- Kalman estimator
- LQG <1> <2>
- pole placement
- regulators <1> <2>
- root locus
- state estimator <1> <2>
- estimator <1> <2>
- gain
- final time. See time response
- frequency
- grid
- frequency response
- customized plots
- MIMO
- plotting
- gain
- estimator gain <1> <2>
- selection <1> <2> <3>
- state-feedback gain
- input
- input point block
- See also Simulink LTI Viewer
- Kalman
- filter. See Kalman estimator
- filtering
- gain
- Kalman estimator
- continuous
- steady-state
- LQG (linear quadratic-gaussian) method
- continuous LQ regulator
- design <1> <2>
- Kalman state estimator
- LQ-optimal gain
- optimal state-feedback gain
- regulator
- weighting matrices
- LTI models
- comparing multiple models
- frequency response. See frequency response
- model order reduction
- time response. See time response
- LTI Viewer
- command line initializing
- plot options <1> <2>
- response characteristics
- right-click menus
- Simulink models. See Simulink LTI Viewer
- MIMO <1> <2>
- Model Inputs and Outputs block set
- model order reduction
- noise
- covariance
- measurement
- process
- white <1> <2>
- numerator
- specification
- operations on LTI models
- concatenation
- output
- output point block
- See also Simulink LTI Viewer
- overshoot
- plotting
- customized plots
- frequency response. See frequency response
- multiple systems
- time responses
- See also time response
- pole placement
- conditioning
- reduced-order models
- regulation
- performance
- Riccati equation
- right-click menus, LTI Viewer
- See also LTI Viewer, right-click menus
- rise time
- root locus
- design
- Root Locus Design GUI
- compensators
- editing
- settling time
- Simulink LTI Viewer <1> <2>
- analysis models
- saving
- specifying
- opening
- operating conditions, changing
- operating conditions, setting
- specifying models for
- state
- estimator <1> <2>
- feedback
- vector
- state-space models
- steady state error
- time response
- customized plots
- final time
- MIMO
- plotting
- time range
- to white noise
- vector of time samples
- transfer functions
- MIMO
- typographic conventions
- white noise
- See also noise
- zero-pole-gain (ZPK) models
| さらに、学ぶために | |