Documentation

audioDeviceWriter*

Play to sound card

ca2tf*

Convert coupled allpass filter to transfer function form

cl2tf*

Convert coupled allpass lattice to transfer function form

designMultirateFIR*

Multirate FIR filter design

dsp.AdaptiveLatticeFilter*

Adaptive lattice filter

dsp.AffineProjectionFilter*

Compute output, error and coefficients using affine projection (AP) Algorithm

dsp.AllpassFilter*

Single section or cascaded allpass filter

dsp.AllpoleFilter*

IIR Filter with no zeros

dsp.AnalyticSignal*

Analytic signals of discrete-time inputs

dsp.ArrayPlot*

Display vectors or arrays

dsp.ArrayVectorAdder*

Add array to vector along specified dimension

dsp.ArrayVectorDivider*

Divide array by vector along specified dimension

dsp.ArrayVectorMultiplier*

Multiply array by vector along specified dimension

dsp.ArrayVectorSubtractor*

Subtract vector from array along specified dimension

dsp.AsyncBuffer*

FIFO buffer

dsp.AudioFileReader*

Stream from audio file

dsp.AudioFileWriter*

Stream to audio file

dsp.Autocorrelator*

Autocorrelation sequence

dsp.BinaryFileReader*

Read data from binary file

dsp.BinaryFileWriter*

Write data to binary files

dsp.BiquadFilter*

IIR filter using biquadratic structures

dsp.BlockLMSFilter*

Compute output, error, and weights using block LMS adaptive algorithm

dsp.BurgAREstimator*

(To be removed) Estimate of autoregressive (AR) model parameters using Burg method

dsp.BurgSpectrumEstimator*

(To be removed) Parametric spectral estimate using Burg method

dsp.CepstralToLPC*

(To be removed) Convert cepstral coefficients to linear prediction coefficients

dsp.Channelizer*

Polyphase FFT analysis filter bank

dsp.ChannelSynthesizer*

Polyphase FFT synthesis filter bank

dsp.CICCompensationDecimator*

Compensate for CIC decimation filter using FIR decimator

dsp.CICCompensationInterpolator*

Compensate for CIC interpolation filter using FIR interpolator

dsp.CICDecimator*

Decimate signal using cascaded integrator-comb (CIC) filter

dsp.CICInterpolator*

Interpolate signal using cascaded integrator-comb filter

dsp.ColoredNoise*

Generate colored noise signal

dsp.ComplexBandpassDecimator*

Extract a frequency subband using a one-sided (complex) bandpass decimator

dsp.Convolver*

Convolution of two signals

dsp.Counter*

Count up or down through specified range of numbers

dsp.Crosscorrelator*

Cross-correlation of two inputs

dsp.CrossSpectrumEstimator*

Estimate cross-spectral density

dsp.CumulativeProduct*

Cumulative product of channel, column, or row elements

dsp.CumulativeSum*

Cumulative sum of channel, column, or row elements

dsp.DCBlocker*

Block DC component (offset) from input signal

dsp.DCT*

(To be removed) Discrete cosine transform (DCT)

dsp.Delay*

Delay input signal by fixed samples

dsp.DelayLine*

Rebuffer sequence of inputs with one-sample shift

dsp.Differentiator*

Direct form FIR fullband differentiator filter

dsp.DigitalDownConverter*

Translate digital signal from intermediate frequency (IF) band to baseband and decimate it

dsp.DigitalUpConverter*

Interpolate digital signal and translate it from baseband to IF band

dsp.FarrowRateConverter*

Polynomial sample rate converter with arbitrary conversion factor

dsp.FastTransversalFilter*

Fast transversal least-squares FIR adaptive filter

dsp.FFT*

Discrete Fourier transform

dsp.FilterCascade*

Create cascade of filter System objects

dsp.FilteredXLMSFilter*

Filtered XLMS filter

dsp.FIRDecimator*

Polyphase FIR decimator

dsp.FIRFilter*

Static or time-varying FIR filter

dsp.FIRHalfbandDecimator*

Halfband decimator

dsp.FIRHalfbandInterpolator*

Halfband interpolator

dsp.FIRInterpolator*

Polyphase FIR interpolator

dsp.FIRRateConverter*

Sample rate converter

dsp.FrequencyDomainAdaptiveFilter*

Compute output, error, and coefficients using frequency-domain FIR adaptive filter

dsp.FrequencyDomainFIRFilter*

Filter input signal in frequency domain

dsp.HampelFilter*

Filter outliers using Hampel identifier

dsp.HighpassFilter*

FIR or IIR highpass filter

dsp.Histogram*

(To be removed) Histogram of input or sequence of inputs

dsp.IDCT*

(To be removed) Inverse discrete cosine transform (IDCT)

dsp.IFFT*

Inverse discrete Fourier transform (IDFT)

dsp.IIRFilter*

Infinite impulse response (IIR) filter

dsp.IIRHalfbandDecimator*

Decimate by factor of two using polyphase IIR

dsp.IIRHalfbandInterpolator*

Interpolate by a factor of two using polyphase IIR

dsp.Interpolator*

Linear or polyphase FIR interpolation

dsp.ISTFT*

Inverse short-time FFT

dsp.KalmanFilter*

Estimate system measurements and states using Kalman filter

dsp.LDLFactor*

Factor square Hermitian positive definite matrices into components

dsp.LevinsonSolver*

Solve linear system of equations using Levinson-Durbin recursion

dsp.LMSFilter*

Compute output, error, and weights of LMS adaptive filter

dsp.LowerTriangularSolver*

Solve lower-triangular matrix equation

dsp.LowpassFilter*

FIR or IIR lowpass filter

dsp.LPCToAutocorrelation*

(To be removed) Convert linear prediction coefficients to autocorrelation coefficients

dsp.LPCToCepstral*

(To be removed) Convert linear prediction coefficients to cepstral coefficients

dsp.LPCToLSF*

(To be removed) Convert linear prediction coefficients to line spectral frequencies

dsp.LPCToLSP*

(To be removed) Convert linear prediction coefficients to line spectral pairs

dsp.LPCToRC*

(To be removed) Convert linear prediction coefficients to reflection coefficients

dsp.LSFToLPC*

(To be removed) Convert line spectral frequencies to linear prediction coefficients

dsp.LSPToLPC*

(To be removed) Convert line spectral pairs to linear prediction coefficients

dsp.LUFactor*

Factor square matrix into lower and upper triangular matrices

dsp.Maximum*

(To be removed) Find maximum value of input or sequence of inputs

dsp.Mean*

(To be removed) Find mean value of input or sequence of inputs

dsp.Median*

(To be removed) Median value of input

dsp.MedianFilter*

Median filter

dsp.Minimum*

(To be removed) Find minimum values of input or sequence of inputs

dsp.MovingAverage*

Moving average

dsp.MovingMaximum*

Moving maximum

dsp.MovingMinimum*

Moving minimum

dsp.MovingRMS*

Moving root mean square

dsp.MovingStandardDeviation*

Moving standard deviation

dsp.MovingVariance*

Moving variance

dsp.NCO*

Generate real or complex sinusoidal signals

dsp.Normalizer*

(To be removed) Vector normalization along specified dimension

dsp.PeakFinder*

(To be removed) Identify peak values in input signal

dsp.PeakToPeak*

Peak-to-peak value

dsp.PeakToRMS*

Peak-to-root-mean-square value of vector

dsp.PhaseExtractor*

Extract the unwrapped phase of a complex input

dsp.PhaseUnwrapper*

Unwrap signal phase

dsp.RCToAutocorrelation*

(To be removed) Convert reflection coefficients to autocorrelation coefficients

dsp.RCToLPC*

(To be removed) Convert reflection coefficients to linear prediction coefficients

dsp.RLSFilter*

Compute output, error and coefficients using recursive least squares (RLS) algorithm

dsp.RMS*

(To be removed) Root mean square of vector elements

dsp.SampleRateConverter*

Multistage sample rate converter

dsp.ScalarQuantizerDecoder*

Convert each index value into quantized output value

dsp.ScalarQuantizerEncoder*

Associate input value with index value of quantization region

dsp.SignalSource*

Import variable from workspace

dsp.SineWave*

Generate discrete sine wave

dsp.SpectrumAnalyzer*

Display frequency spectrum of time-domain signals

dsp.SpectrumEstimator*

Estimate power spectrum or power density spectrum

dsp.SOSFilter*

Second-order section biquadratic IIR filter structures

dsp.StandardDeviation*

(To be removed) Standard deviation of input or sequence of inputs

dsp.StateLevels*

State-level estimation for bilevel rectangular waveform

dsp.STFT

Short-time FFT

dsp.SubbandAnalysisFilter*

Decompose signal into high-frequency and low-frequency subbands

dsp.SubbandSynthesisFilter*

Reconstruct signal from high-frequency and low-frequency subbands

dsp.TimeScope*

Time domain signal display and measurement

dsp.TransferFunctionEstimator*

Estimate transfer function

dsp.UDPReceiver*

Receive UDP packets from the network

dsp.UDPSender*

Send UDP packets to network

dsp.UpperTriangularSolver*

Solve upper-triangular matrix equation

dsp.VariableBandwidthFIRFilter*

Variable bandwidth FIR filter

dsp.VariableBandwidthIIRFilter*

Variable bandwidth IIR filter

dsp.VariableFractionalDelay*

Delay input by time-varying fractional number of sample periods

dsp.VariableIntegerDelay*

Delay input by time-varying integer number of sample periods

dsp.Variance*

(To be removed) Variance of input or sequence of inputs

dsp.VectorQuantizerDecoder*

Vector quantizer codeword for given index value

dsp.VectorQuantizerEncoder*

Vector quantization encoding

dsp.Window*

Apply window to input signal

dsp.ZeroCrossingDetector*

Detect zero crossings

dsp.ZoomFFT *

High-resolution FFT of a portion of a spectrum

firceqrip*

Constrained equiripple FIR filter

fireqint*

Equiripple FIR interpolators

firgr*

Parks-McClellan FIR filter

firhalfband*

Halfband FIR filter design

firlpnorm*

Least P-norm optimal FIR filter

firminphase*

Minimum-phase FIR spectral factor

firnyquist*

Lowpass Nyquist (Lth-band) FIR filter

firpr2chfb*

Two-channel FIR filter bank for perfect reconstruction

ifir*

Interpolated FIR filter design

iircomb*

IIR comb notch or peak filter

iirgrpdelay*

Optimal IIR filter with prescribed group-delay

iirlpnorm*

Least P-norm optimal IIR filter

iirlpnormc*

Constrained least Pth-norm optimal IIR filter

iirnotch*

Second-order IIR notch filter

iirpeak*

Second-order IIR peak or resonator filter

tf2ca*

Transfer function to coupled allpass

tf2cl*

Transfer function to coupled allpass lattice