A/D conversion
abs
ac2poly
ac2rc
aliased sinc functions
command for
aliasing
impulse invariance
preventing
reducing
all-pole filters. See IIR filters
all-zero filters. See FIR filters
am
AM. See amplitude modulation
amdsb-sc <1> <2>
amdsb-tc <1> <2>
amplitude demodulation
double side-band, suppressed carrier
double side-band, transmitted carrier
single side-band
amplitude modulation
double side-band, suppressed carrier
double side-band, transmitted carrier
quadrature
single side-band
amssb <1> <2>
analog filters
bandpass
bandstop
Bessel <1> <2> <3> <4>
bilinear transformation
Butterworth <1> <2> <3> <4> <5>
Chebyshev
Chebyshev type I <1> <2> <3>
Chebyshev type II <1> <2>
converting to digital <1> <2>
design
discretization
elliptic <1> <2>
frequency response <1> <2> <3>
highpass
impulse invariance
inverse
lowpass
order estimation
Butterworth
Chebyshev type I <1> <2>
Chebyshev type II
elliptic
plotting
representational models
See also IIR filters
analog frequency
analog signals. See signals
analytic signals
angle
anti-symmetric filters
AR filters, stability check
AR models. See autoregressive (AR) models
arburg <1> <2>
arcov <1> <2>
ARMA filters <1> <2> <3>
Prony's method
Steiglitz-McBride method
See also IIR filters
armcov <1> <2>
ARX models
aryule <1> <2>
ASCII files, importing
autocorrelation <1> <2>
autocorrelation sequences
converting from reflection coefficients
estimation, variance
filter coefficients
converting to and from <1> <2> <3>
filters, multiple channels
two-dimensional
autocovariance
multiple channels
autoregressive (AR) models
Burg method <1> <2> <3>
covariance method <1> <2>
modified covariance method <1> <2> <3>
Yule-Walker AR method <1> <2> <3>
See also IIR filters
autoregressive moving average (ARMA) filters. See ARMA filters
averaging filters
axis labels
axis parameters
Filter Viewer
Spectrum Viewer
band edges, prewarping
bandlimited interpolation
bandpass filters <1> <2> <3> <4>
Bessel
Butterworth
Chebyshev type I <1> <2>
Chebyshev type II
design
elliptic
example, Chebyshev type I
FIR <1> <2>
impulse invariance
transformation from lowpass to
bandstop filters <1> <2> <3> <4> <5>
Bessel
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
FIR <1> <2>
transformation from lowpass to
bandwidth
bartlett <1> <2>
example
triang, comparison to
Bartlett windows
coefficients
Bessel filters <1> <2> <3>
bandpass
bandstop
characteristics
highpass
limitations
lowpass
roots
besselap <1> <2>
example
besself <1> <2> <3>
bias
correlation <1> <2>
power spectral density <1> <2> <3>
variance trade-off
bilinear <1> <2> <3> <4>
bilinear transformations <1> <2> <3>
output representation
prewarping <1> <2>
blackman <1> <2>
Blackman windows <1> <2>
boxcar <1> <2>
example
boxcar windows. See rectangular windows
brackets, indicating closed interval
buffering
Burg method <1> <2> <3>
example
Welch's method, comparison
buttap <1> <2>
example
butter <1> <2> <3>
Butterworth filters <1> <2> <3>
bandpass
bandstop
characteristics
design
generalized
highpass
limitations
lowpass
order estimation <1> <2>
buttord <1> <2>
canonical forms <1> <2>
carrier frequency <1> <2> <3>
carrier signals <1> <2>
cascade, filters
Cauer filters. See elliptic filters
cceps <1> <2> <3>
example
cell2sos
center frequency
central features
cepstrum
analysis
applications
complex
inverse <1> <2>
overview
real <1> <2> <3>
reconstructing signals (minimum-phase)
cheb1ap <1> <2>
example <1> <2>
cheb1ord <1> <2>
cheb2ap <1> <2>
example
cheb2ord <1> <2>
chebwin <1> <2> <3>
cheby1 <1> <2> <3>
example
cheby2 <1> <2> <3>
Chebyshev error minimization <1> <2>
Chebyshev type I filters <1> <2> <3> <4>
bandpass <1> <2>
bandstop
characteristics
design
highpass
lowpass
order estimation <1> <2>
Chebyshev type II filters <1> <2>
bandpass
bandstop
characteristics
highpass
limitations
lowpass
order estimation
Chebyshev windows <1> <2>
frequency response
chirp <1> <2>
chirp signals
chirp z-transforms (CZT) <1> <2>
discrete Fourier transforms, comparison
frequency analysis, narrowband
coding, PCM
coefficients
correlation
filter <1> <2> <3> <4> <5> <6>
linear prediction
reflection <1> <2> <3> <4> <5>
sequence
cohere <1> <2> <3>
linearly dependent data
coherence <1> <2>
linearly dependent data
colors, SPTool
communications <1> <2> <3>
See also modulation, demodulation, voltage controlled oscillation
communications simulation
compact disc standards
compaction
complex conjugate
complex envelope. See Hilbert transforms
complex numbers, grouping by conjugate
confidence intervals
cross spectral density
power spectral density
warnings
context-sensitive help <1> <2>
continuous signals. See signals
continuous-time filters. See analog filters
control systems
Control Systems Toolbox <1> <2> <3>
conv <1> <2> <3>
conv2 <1> <2>
conventions in our documentation (table)
conversions
autocorrelation sequences to and from filter coefficients
autocorrelation sequences to and from reflection coefficients
filter coefficients to autocorrelation sequences
filter coefficients to reflection coefficients <1> <2>
functions (table)
reflection coefficients to autocorrelation sequences
second-order section forms to state-space forms
second-order section forms to transfer functions
second-order section forms to zero-pole-gain forms
state-space forms to second-order section forms
state-space forms to zero-pole-gain forms
transfer functions to lattice forms
transfer functions to second-order section forms
transfer functions to state-space forms
zero-pole-gain forms to second-order section forms
zero-pole-gain forms to state-space forms
convmtx <1> <2> <3>
convolution
cross-correlation
example
filtering <1> <2>
matrices for <1> <2> <3>
example
two-dimensional
corrcoef
correlation
bias <1> <2>
coefficient matrices
cross-correlation
matrices
covariance method
modified covariance method
See also autocorrelation sequences, cross-correlation sequences
correlation matrices
corrmtx
cosine windows
cov
covariance
matrices
See also autocovariance, cross-covariance
covariance method <1> <2> <3>
example
See also modified covariance method
cplxpair
cremez <1> <2>
cross spectral density <1> <2>
confidence intervals
See also power spectral density, spectral estimation
cross-correlation sequences
estimation
biased
unbiased
filters, multiple channels
normalization
two-dimensional
cross-covariance <1> <2>
multiple channels
csd <1> <2> <3>
cutoff frequency <1> <2>
czt <1> <2>
CZT. See chirp z-transforms
D.C. component suppression
data
multichannel <1> <2>
vectors
data compression
data matrices <1> <2>
data vectors
dct <1> <2>
example
decimate
decimation
FIR filter for
decoding
deconv <1> <2>
example
deconvolution <1> <2>
default session file
delays
group
noninteger
phase
signals
demod <1> <2> <3>
example
demodulation <1> <2>
amplitude, quadrature
example
methods <1> <2>
phase
pulse time
pulse width
DFT. See discrete Fourier transforms
dftmtx
difference equations
differentiators <1> <2> <3>
digital audio tape standards
digital filters
anti-causal
Butterworth
cascade
Chebyshev type I
Chebyshev type II
coefficients
convolution matrices
design
elliptic
FIR
IIR, comparison to
fixed-point implementation
frequency data, identification from
frequency response
group delay <1> <2>
IIR
FIR filters, comparison to
implementation <1> <2> <3>
convolution
FFT-based (FIR)
filter
overlap-add method
impulse response <1> <2> <3>
initial conditions
linear models
models
names
order
state-space representation
order estimation
Butterworth <1> <2> <3>
Chebyshev type I <1> <2>
Chebyshev type II
elliptic
equiripple FIR
phase delays <1> <2>
poles <1> <2>
second-order sections
specifications
startup transients
structures
lattice/ladder
“]’u direct form II
time-domain representation
transfer functions representation
transients
two-dimensional
zero-phase <1> <2>
zeros <1> <2>
See also FIR filters, IIR filters
digital frequency
direct design
diric
Dirichlet functions
command for
discrete cosine transforms (DCT)
applications
energy compaction property
example
inverse <1> <2>
signals, reconstructing
discrete Fourier transforms (DFT) <1> <2> <3> <4>
algorithms
applications
eigenvector equivalent
example
IIR filter implementation
inverse <1> <2>
matrices
two-dimensional <1> <2>
magnitude
matrices
phase
signal length dependencies
spectral analysis <1> <2>
time-dependent
two-dimensional <1> <2>
See also fast Fourier transforms (FFT), fft
discrete prolate spheroidal sequences
See DPSS
discretization
bilinear transformations
prewarping
impulse invariance
discretization, filters
disk, loading variables from
division, polynomials
DPSS
direct method
interpolation
dpss
dpss.mat
dpssclear <1> <2>
dpssdir <1> <2>
dpssload <1> <2>
dpsssave <1> <2>
duty cycles
echoes, detection
edge effects
eigenanalysis
frequency estimation
eigenvector method <1> <2> <3>
root MUSIC
See also multiple signal classification method
ellip <1> <2> <3>
ellipap <1> <2>
example
ellipord <1> <2> <3>
elliptic filters <1> <2>
bandpass
bandstop
characteristics
highpass
limitations
lowpass
order estimation <1> <2> <3>
encoding
PCM
uniform
eqtflength
equiripple characteristics
Chebyshev type I filters (passband)
Chebyshev type II filters (stopband)
Chebyshev windows
elliptic filters <1> <2> <3>
Parks-McClellan design
equiripple filters
error minimization
desired and actual response, between
frequency bands, weighting
minimax
estimation
cross spectral density
nonparametric
multiple signal classification method (MUSIC)
multitaper method (MTM)
Welch's method
parametric
Burg method
covariance method
modified covariance method
Yule-Walker method
spectral density <1> <2>
transfer functions
See also parametric modeling
fast Fourier transforms (FFT) <1> <2>
fft
frequency response
radix-2 algorithm
signal processing, role in
two-dimensional
fdatool
context-sensitive help
help on <1> <2>
opening
fft <1> <2> <3> <4>
example
execution time
number of samples
output <1> <2>
radix-2 algorithm
FFT filtering
FFT. See fast Fourier transforms
fft2 <1> <2>
output
fftfilt <1> <2>
filter, comparison to
fftshift <1> <2> <3>
filter
coefficients
median
order
filter <1> <2> <3> <4>
fftfilt, comparison to
filtfilt, comparison
final condition parameters
implementation
initial condition parameters
initial conditions
filter coefficients
reflection coefficients, conversions to <1> <2>
filter design graphical user interface. See fdatool
filter design GUI
analysis buttons
analysis functions
computing coefficients
context-sensitive help
design methods
design sessions
opening
saving
exporting filters
filter design specification
filter order specification
filter type
filters
architecture
implementation
realization
structure
frequency response specification
group delay
help on
importing coefficients
importing filters
impulse response
magnitude response
magnitude response specs
opening
phase delay
phase response
pole-zero plots
saving coefficients
step response
Filter Designer <1> <2>
FFT length
filter types
filters
editing
redesigning
saving
FIR filters
FIR methods
grid lines
IIR methods
opening <1> <2>
overview
plots
customizing
magnitude
Pole/Zero Editor
sample frequency
spectra, overlaying
zooming
filter parameters
Filter Viewer <1> <2>
axis parameters
customizing
filter parameters
measurements
opening
overview
preferences, tiling
printing
rulers
zooming
filter2
filters
analog <1> <2> <3> <4> <5>
anti-causal
anti-symmetric
averaging
bandpass
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
bandstop
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
Butterworth <1> <2>
generalized
Chebyshev
type I
type II
coefficients <1> <2> <3> <4>
converting to autocorrelation sequence
convolution
creating
design
Filter Designer
FIR
generalized
discretization
elliptic <1> <2>
equiripple
FIR
single band
frequency data, identification from
frequency domain
frequency transformation functions <1> <2>
highpass
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
implementation <1> <2> <3>
initial conditions <1> <2>
inverse <1> <2>
lattice/ladder
linear phase <1> <2>
linear time-invariant digital
lowpass
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
measurements
median
minimax
minimum phase
names
order <1> <2> <3> <4> <5> <6>
order estimation
phase, modulation
prediction
quantized, state vectors
Savitzky-Golay <1> <2>
Schur realizations
second-order section forms <1> <2> <3>
specifications
SPTool
transposed direct form II structure
two-dimensional
types
zero-phase <1> <2>
See also FIR filters, IIR filters, digital filters, analog filters
filtfilt <1> <2> <3> <4>
example
filter, comparison
initial conditions
filtic <1> <2>
FIR filters <1> <2>
decimation
differentiators <1> <2> <3>
equiripple <1> <2> <3>
example
Filter Designer
frequency domain
frequency response
Hilbert transformers <1> <2> <3>
IIR filters, comparison
implementation <1> <2>
FFT-based <1> <2>
overlap-add method <1> <2>
interpolation
Kaiser windows
lattice/ladder
least squares <1> <2> <3>
constrained <1> <2>
equiripple, comparison
linear phase
multiband <1> <2>
weighted
linear phase <1> <2> <3> <4>
multiband <1> <2> <3>
order estimation, remez
overlap-add method
Parks-McClellan method <1> <2>
raised cosine method
resampling
responses
complex filters <1> <2>
delays, reducing
nonlinear phase <1> <2>
standard band
types <1> <2>
windowing method
windows <1> <2>
fir1 <1> <2>
fir2 <1> <2>
fircls <1> <2>
fircls1 <1> <2>
firls <1> <2> <3>
differentiators
filter characteristics
remez, comparison to
weight vectors
firrcos <1> <2>
fixed-point implementation, digital filters
fm
FM. See frequency modulation
fopen
Fourier transforms. See discrete Fourier transforms, fast Fourier transforms
fread
freqs <1> <2>
freqspace
frequency
analog
angular
carrier <1> <2> <3>
center
cutoff
digital
estimation
eigenanalysis
eigenvector (EV) method
multiple signal classification (MUSIC) method
normalization
Nyquist <1> <2>
prewarping
vectors <1> <2> <3> <4>
frequency analysis, time-dependent
frequency demodulation
frequency domain
duality with time-domain
filters
FIR filtering
transformation functions <1> <2> <3> <4> <5>
example
lowpass to bandpass
lowpass to bandstop
lowpass to highpass
frequency domain based modeling. See parametric modeling
frequency modulation
frequency response <1> <2> <3>
Bessel filters
Butterworth filters
Chebyshev type I filters
Chebyshev type II filters
Chebyshev windows
elliptic filters
error minimization
evaluating
example
inverse
Kaiser window
linear phase
magnitude
monotonic
multiband
phase
unwrapping
plotting <1> <2>
samples, spacing
sampling frequency
frequency vectors
freqz <1> <2>
sampling frequencies
sampling frequency
spacing
freqzplot
From Disk radio button
fscanf
gains, scalar
gauspuls <1> <2> <3> <4> <5>
Gauss-Newton method <1> <2>
generalized Butterworth filters
generalized cosine windows
generalized filters
Gibbs effect
reduced by window
graphical user interface (GUI)
See also interactive tools, SPTool
grid lines
group delay <1> <2> <3>
example
passband
grpdelay <1> <2>
GUI-based tools. See interactive tools
hamming <1> <2>
Hamming windows <1> <2> <3> <4>
hann
Hann windows
Hanning windows <1> <2>
hanning. See hann
highpass filters <1> <2> <3> <4> <5>
Bessel
Butterworth
Chebyshev type I
Chebyshev type II
elliptic
FIR <1> <2>
lowpass, transformation from
hilbert <1> <2>
example
Hilbert transformers <1> <2>
Hilbert transforms <1> <2> <3>
analytic signals, of
example
instantaneous attributes
homomorphic systems
Hz <1> <2> <3> <4>
icceps <1> <2> <3>
example
idct <1> <2>
ideal lowpass filters
See also lowpass filters
ifft <1> <2>
samples, specifying
ifft2 <1> <2> <3>
IIR filters <1> <2> <3> <4> <5>
Bessel
Butterworth <1> <2>
Butterworth, generalized
Chebyshev <1> <2> <3>
Chebyshev type I
Chebyshev type II
design <1> <2>
elliptic <1> <2>
Filter Designer
filter types, comparison
FIR filters, comparison to
frequency response
implementation
frequency domain
zero-phase
lattice/ladder
Levinson-Durbin recursion
maximally flat
multiband
order estimation
plotting responses
Prony's method
specifications
Steiglitz-McBride iteration
Yule-Walker <1> <2>
See also direct design
image processing <1> <2>
impinvar <1> <2> <3>
Import dialog box
From Disk radio button
Workspace Contents list
impulse invariance <1> <2>
limitations
impulse response <1> <2>
computing with filter
computing with impz
example
impulse invariance
lowpass filters, ideal
impz
example
indexing
initial conditions <1> <2> <3> <4>
instantaneous attributes
interactive tools <1> <2>
example
Filter Design and Analysis Tool
Filter Designer <1> <2>
Filter Viewer
Signal Browser
Spectrum Viewer <1> <2>
SPTool
interp
interpolation
bandlimited
FIR filters
interval notation
intfilt
inverse cepstrum, complex
inverse discrete cosine transforms
accuracy of signal reconstruction
inverse discrete Fourier transforms <1> <2>
ifft
matrices
two-dimensional <1> <2>
inverse filters <1> <2>
analog
digital
inverse Fourier transforms, continuous. See sinc
inverse-sine parameters
reflection coefficients, transformations from
reflection coefficients, transformations to
invfreqs <1> <2> <3> <4>
invfreqz <1> <2> <3> <4>
is2rc
kaiser <1> <2>
example
Kaiser window
Kaiser windows <1> <2>
beta parameter <1> <2>
example
FIR filters
frequency response
kaiserord <1> <2>
ladder filters. See lattice/ladder filters
Lagrange interpolation filter
Laplace transforms
state-space forms
lar2rc
latc2tf <1> <2> <3>
latcfilt <1> <2> <3>
lattice/ladder filters <1> <2> <3>
coefficients
latcfilt
Schur algorithm
transfer functions, conversions from
least squares method, FIR filters <1> <2>
levinson <1> <2> <3>
parametric modeling
Levinson-Durbin recursion <1> <2> <3>
line spectral frequencies
prediction polynomial coefficients, transformation from
prediction polynomial coefficients, transformation to
line style, SPTool
linear models. See models
linear phase <1> <2> <3>
characteristics
filters
linear prediction coefficients
linear prediction modeling
linear predictive coding
linear system transformations. See conversions
load
log area ration parameters
reflection coefficients, transformations from
reflection coefficients, transformations to
lowpass filters <1> <2> <3> <4> <5>
Bessel
Butterworth
Chebyshev type I
Chebyshev type II
cutoff frequency, translation of
decimation
elliptic
FIR
ideal
impulse invariance
impulse response
interpolation
lp2bp <1> <2> <3>
example
lp2bs <1> <2> <3>
lp2hp <1> <2> <3>
lp2lp <1> <2> <3>
lpc <1> <2> <3>
See also linear predictive coding, Prony's method
LPC. See linear prediction coefficients
lsf2poly
magnitude
Fourier transforms
frequency response
plots
transfer functions
vectors <1> <2> <3> <4>
manufacturing
match frequency (for prewarping)
MAT-files
dpss.mat
format, converting to
importing
SPTool
matrices
convolution <1> <2>
correlation coefficient
covariance
data <1> <2>
discrete Fourier transforms
inverse discrete Fourier transforms
matrix forms. See state-space forms
maxflat <1> <2> <3>
maximally flat filters
medfilt1 <1> <2>
median filters <1> <2>
MEX-files
M-files
minimax method, FIR filters
See also Parks-McClellan method
minimum phase
models
autoregressive <1> <2> <3> <4>
Burg method <1> <2>
covariance method
modified covariance method <1> <2>
Yule-Walker AR method <1> <2>
bilinear transformations
transformations, discrete/continuous
modified covariance method
example
modulate <1> <2> <3>
example
method flags
modulation <1> <2>
amplitude
See also amplitude modulation
example
frequency
phase
pulse time
pulse width
quadrature amplitude
results of
signals <1> <2>
moving average (MA) filters
See also FIR filters
MTM. See multitaper method
multiband filters
FIR
FIR, with transition bands
IIR
multichannel data
multiple signal classification method (MUSIC) <1> <2> <3> <4> <5>
correlation matrices
eigenvector method <1> <2>
root music
multiplication, polynomials
multiplicity, of zeros and poles
multirate filters
banks
multitaper method (MTM) <1> <2> <3>
average power, conservation of
example
Welch's method, comparison to
MUSIC algorithm. See multiple signal classification method
nonrecursive filters. See FIR filters
normalization
correlation <1> <2> <3>
power spectral density <1> <2> <3>
Nyquist frequency <1> <2> <3>
Nyquist interval
order
estimation <1> <2>
Butterworth
Chebyshev type I
elliptic <1> <2>
filters, of <1> <2>
oscillators, voltage controlled
overlap-add method
FIR filter implementation
FIR filters
Panner check box, Signal Browser
parametric modeling <1> <2>
applications
frequency domain based
summary
techniques
time-domain based
Burg method
covariance method
linear predictive coding <1> <2>
modified covariance method
Steiglitz-McBride method
Yule-Walker method
parentheses, indicating open interval
Parks-McClellan method <1> <2>
partial fraction expansion <1> <2> <3> <4>
determining with residue
example
passband <1> <2> <3> <4>
equiripple <1> <2>
group delay
pburg <1> <2> <3>
example
PCM
pcov <1> <2> <3>
example
peig
peig
period, finding in a sequence
periodic sinc functions
See also Dirichlet functions
periodogram
periodograms <1> <2> <3>
phase
computing
delays <1> <2> <3>
example
demodulation
distortion
eliminating <1> <2>
FIR filters
IIR filters
Fourier transforms
frequency response
modulation <1> <2>
filters
transfer functions, of
unwrapping <1> <2>
plots
analog filters
cepstrum, complex
coherence function
DFT
frequency response
functions for
group delay
magnitude <1> <2>
phase
delays
strip plots
transfer functions
zero-pole <1> <2>
plotting functions
plug-ins
pm
pmcov <1> <2> <3>
example
p-model. See parametric modeling
pmtm <1> <2>
example
pmusic <1> <2> <3>
Pole/Zero Editor
pole-zero filters. See IIR filters
poly <1> <2>
poly2ac
poly2lsf
poly2rc
polynomials
division <1> <2>
multiplication
roots <1> <2>
scaling
stability check
stabilization
polyphase filtering techniques
polystab <1> <2>
power spectral density
bias <1> <2> <3>
confidence intervals
estimation
Burg method <1> <2> <3>
covariance method <1> <2> <3>
modified covariance method <1> <2>
multitaper method <1> <2>
MUSIC method <1> <2>
root music <1> <2>
Welch's method <1> <2> <3>
Yule-Walker AR method <1> <2> <3>
multitaper method
MUSIC method
normalization <1> <2> <3>
plots
Spectrum Viewer
SPTool
units of
prediction filters
prediction polynomials
line spectral frequencies, transformations from
line spectral frequencies, transformations to
Preferences menu item
prewarping
Print dialog box <1> <2>
Print Preview window
Signal Browser preferences
Spectrum Viewer
printing, Spectrum Viewer
prolate-spheroidal windows
prony <1> <2> <3> <4>
Prony's method <1> <2>
modeling
psdplot
pseudospectrum
eigenvector method <1> <2>
MUSIC algorithm
ptm
pulse time demodulation
pulse time modulation <1> <2>
pulse train generator
pulse trains
generating
pulstran
pulse width demodulation
pulse width modulation <1> <2>
pulstran <1> <2>
pwelch <1> <2> <3>
pwm
pyulear <1> <2> <3>
example <1> <2>
qam
quadrature amplitude demodulation
quadrature amplitude modulation <1> <2>
quantization <1> <2>
PCM
quantized filters
second-order sections
coefficients in a cell array
coefficients in a matrix
radar applications
raised cosine filters
randn
random number, generation
range notation
rc2is
rc2lar
rc2poly
rceps <1> <2> <3>
rebuffering
rectangular windows <1> <2> <3>
rectpuls
recursive filters. See IIR filters
references <1> <2> <3>
reflection coefficients <1> <2>
converting to autocorrelation sequence
filter coefficients, conversions from <1> <2>
inverse sine parameters, transformation from
inverse sine parameters, transformation to
log area ratio parameters, transformation from
log area ratio parameters, transformation to
Schur algorithm
remez <1> <2> <3>
differentiators
filter characteristics
firls, comparison to
Hilbert transformers
order estimation
weight vectors
Remez exchange algorithm <1> <2>
remezord <1> <2>
resample
resampling <1> <2>
FIR filters
See also decimation, interpolation
residue <1> <2> <3>
residue forms. See partial fraction expansion
residuez <1> <2>
rlevinson
root MUSIC
eigenvector method
rooteig
rootmusic
roots <1> <2>
polynomials
rulers
customizing
positioning
Signal Browser
Spectrum Viewer
sampling frequency
changing
noninteger resampling factors <1> <2>
with upfirdn
decreasing by integer factor
FIR filters
freqz
increasing
irregularly spaced data
Nyquist interval
range
spacing
saving data
Spectrum Viewer
Savitzky-Golay filters <1> <2>
sawtooth <1> <2> <3>
sawtooth wave
scaling
schur
Schur algorithm
schurrc
second-order section forms <1> <2>
filters
matrices
SPTool
state-space forms, conversions from
state-space forms, conversions to
transfer functions, conversions from <1> <2>
zero-pole-gain forms, conversions from
zero-pole-gain forms, conversions to
second-order sections
coefficients in cell arrays
coefficients in matrices
seqperiod
sgolay <1> <2>
sgolayfilt
Signal Browser <1> <2>
axis labels
customizing
markers, preferences
opening
overview
Panner, preferences
Print Preview window
printing <1> <2> <3> <4>
signals, measuring
zooming, preferences
Signal Processing Toolbox
signals
adding noise
analytic <1> <2>
aperiodic
applications
array
buffering
carrier <1> <2>
chirp
continuous (analog)
differentiators
diric
discrete (digital)
generating
linear swept-frequency cosine. See chirp
measurements
modulation <1> <2>
multichannel
periodic
plotting
properties
pulstran
rebuffering
reconstruction
DCT coefficients, from
minimum phase <1> <2>
representing
multichannel
single channel
sawtooth <1> <2>
example
sinc
sinusoidal <1> <2>
pulse, Gaussian-modulated
square wave <1> <2>
triangle
sinc <1> <2>
bandlimited interpolation example
sinc functions <1> <2>
basic example
Slepian sequences. See discrete prolate spheroidal sequences
sonar applications
sos2cell
sos2ss <1> <2>
sos2tf <1> <2>
sos2zp <1> <2>
specgram <1> <2>
example <1> <2>
specification lines. See Filter Designer
specifications, filters
spectra. See spectrum
spectral analysis
cross spectral density
power spectrum
Spectrum Viewer
See also spectral estimation
spectral density
measurements
plotting functions
Spectrum Viewer
units of
See also power spectral density, cross spectral density
spectral density plots
spectral estimation
Burg method <1> <2> <3> <4>
covariance method <1> <2>
eigenvector method <1> <2> <3>
modified covariance method <1> <2>
multitaper method <1> <2>
MUSIC algorithm <1> <2>
MUSIC method <1> <2>
nonparametric
multiple signal classification method (MUSIC)
multitaper method (MTM)
Welch's method
parametric
Burg method
covariance method
modified covariance method
Yule-Walker method
periodograms
root MUSIC <1> <2>
Welch's method <1> <2> <3> <4> <5> <6> <7> <8> <9>
Yule-Walker AR method <1> <2> <3> <4> <5> <6> <7>
spectrogram <1> <2>
example <1> <2>
Spectrum Viewer <1> <2>
activating
axis parameters
customizing
markers, preferences
measurements
opening
overview
Print Preview
printing <1> <2> <3>
rulers
spectra structures
spectral density plots
windows
zooming
speech processing <1> <2>
spline
SPTool <1> <2>
colors, customizing
context-sensitive help
customizing
data
entering
objects
selecting
data structures
editing
example
exporting data <1> <2>
filter design
filtering
filters
coefficients
importing <1> <2>
parameters
specifications
filters, saving
help on
Import dialog
importing <1> <2> <3> <4>
items, selecting
line style, customizing
MAT-files
MATLAB workspace
multiselection of items
operation
Pole/Zero Editor
preferences
Preferences menu item
Print dialog box <1> <2>
printing
filters
spectra
right-click edit menu
rulers
customizing
sample frequency
saving
second-order section forms
Signal Browser
signals
analysis
measurements
playing
sound
spectra
analyzing
importing
spectral densities
importing <1> <2>
plots
Spectrum Viewer
state-space forms
transfer functions
exporting
specifying
workspace
zero-pole-gain forms
sptool
square <1> <2>
square wave
ss2sos <1> <2>
ss2tf <1> <2>
ss2zp <1> <2>
stability check, polynomials
stabilization
standards, digital audio tape
startup transients, reducing <1> <2>
state vectors
state-space forms <1> <2> <3>
scalar
second-order section forms, conversions from
second-order section forms, conversions to
SPTool
transfer functions, conversions to
zero-pole-gain forms, conversions from
zero-pole-gain forms, convertions to
statistical operations
See also autocorrelation sequences, cross-correlation sequences, cross-covariance
Steiglitz-McBride method <1> <2>
stmcb <1> <2> <3> <4>
stopband <1> <2> <3> <4>
equiripple
strip plots
strips
structures
lattice/ladder
transposed direct form II
structures, digital filters
lattice/ladder
transposed direct form II
swept-frequency cosine generator. See chirp
system identification
system models. See models
tapers, PSD estimates
taps
tf2latc <1> <2> <3>
tf2ss <1> <2>
tf2zp <1> <2> <3>
tfe <1> <2> <3>
tiling preferences
time series attributes
time-domain based modeling. See parametric modeling
toolboxes
Control Systems Toolbox <1> <2> <3>
Image Processing Toolbox <1> <2> <3>
Signal Processing Toolbox
Symbolic Math Toolbox
System Identification Toolbox
transfer functions <1> <2> <3> <4>
coefficients <1> <2>
estimation
using Welch's method
factoring
lattice forms, conversions to
second-order section forms, conversions from
second-order section forms, conversions to
SPTool
state-space forms, conversions to
zero-pole-gain forms
transformations
bilinear <1> <2>
discrete/continuous
frequency <1> <2> <3> <4> <5>
models, between
transforms
chirp z-transforms (CZT) <1> <2>
discrete cosine
discrete Fourier <1> <2>
Hilbert <1> <2>
inverse discrete cosine <1> <2>
inverse discrete Fourier
transients, filters
transition band
transposed direct form II
initial conditions
triang <1> <2>
bartlett, comparison to
example
triangular windows
tripuls
two-dimensional operations
discrete Fourier transforms <1> <2>
inverse discrete Fourier transforms <1> <2>
See also filters, two-dimensional
two-dimensional signal processing
udecode
uencode
uniform encoding
unit circle
unit impulse function
unit ramp function
unit sample, multichannel representation
unit step function
units of power spectral density (PSD)
unwrap <1> <2>
upfirdn <1> <2> <3>
variance, correlation sequence estimate
vco <1> <2> <3>
vectors
data <1> <2>
frequency <1> <2> <3> <4> <5>
indexing <1> <2>
magnitude <1> <2> <3> <4>
weighting
voltage controlled oscillators <1> <2>
waveforms. See signals
Welch's method <1> <2>
bias
Burg method, comparison to
MTM method, comparison to
normalization
power spectral density estimation <1> <2> <3> <4> <5> <6>
system identification, nonparametric
Yule-Walker AR method, comparison to
white noise
windows
Bartlett <1> <2>
Blackman <1> <2>
boxcar
Chebyshev <1> <2>
cosine, generalized
filters
FIR filters
bandpass
bandstop
highpass
lowpass
multiband filters
single band design
fir1
generalized cosine
Hamming <1> <2> <3> <4>
Hann
Hanning <1> <2>
Kaiser <1> <2> <3>
periodograms <1> <2>
prolate-spheroidal
rectangular <1> <2>
shapes
triangular
Workspace Contents list
xcorr <1> <2>
parametric modeling
xcorr2
xcov <1> <2>
yulewalk <1> <2> <3>
example
Yule-Walker AR method <1> <2> <3> <4>
example <1> <2>
Welch's method, comparison to
Yule-Walker equations
zero frequency component, centering
zero-order hold. See averaging filters
zero-phase filtering
zero-pole analysis
zero-pole plots <1> <2>
zero-pole-gain forms <1> <2> <3>
example
second-order section forms, conversions from
second-order section forms, conversions to
SPTool
state-space forms, conversions from
state-space forms, conversions to
zeros and poles
multiplicity of
transfer functions
zooming
zp2sos <1> <2>
zp2ss <1> <2>
zp2tf <1> <2>
zplane <1> <2>
z-transforms <1> <2>
chirp z-transforms (CZT) <1> <2>
discrete Fourier transforms <1> <2>