A 

analysis models
    specifying
        See also Simulink LTI Viewer

C 

 cell array
comparing models
compensators
    feedback
    Root Locus Design GUI
concatenation, model
covariance
    noise

D 

 denominator
    specification
design
    compensators
    Kalman estimator
    LQG <1> <2>
    pole placement
    regulators <1> <2>
    root locus
    state estimator <1> <2>

E 

 estimator <1> <2>
    gain

F 

 final time. See time response
frequency
    grid
frequency response
    customized plots
    MIMO
    plotting

G 

 gain
    estimator gain <1> <2>
    selection <1> <2> <3>
    state-feedback gain

I 

 input
input point block
    See also Simulink LTI Viewer

K 

 Kalman
    filter. See Kalman estimator
    filtering
    gain
Kalman estimator
    continuous
    steady-state

L 

 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

M 

 MIMO <1> <2>
Model Inputs and Outputs block set
model order reduction

N 

 noise
    covariance
    measurement
    process
    white <1> <2>
numerator
    specification

O 

 operations on LTI models
    concatenation
output
output point block
     See also Simulink LTI Viewer
overshoot

P 

 plotting
    customized plots
    frequency response. See frequency response
    multiple systems
    time responses
        See also time response
pole placement
    conditioning

R 

 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

S 

 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

T 

 time response
    customized plots
    final time
    MIMO
    plotting
    time range
    to white noise
    vector of time samples
transfer functions
    MIMO
typographic conventions

W 

 white noise
    See also noise

Z 

 zero-pole-gain (ZPK) models