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modeling and prediction (MathScript RT Module Subclass)

LabVIEW 2012 MathScript RT Module Help

Edition Date: June 2012

Part Number: 373123C-01

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Requires: MathScript RT Module

Member of the dsp class. Use members of the modeling and prediction subclass to model signals.

Function Description
ac_to_poly Autocorrelation to prediction polynomial
ac_to_rc Autocorrelation to reflection coefficients
ac_to_rcschur Reflection coefficients with Schur's algorithm
ar_burg AR parameters with Burg method
ar_covar AR parameters with covariance method
ar_mcovar AR parameters with modified covariance method
ar_yule AR parameters with Yule-Walker method
dimpulse Impulse response of discrete system model
dlsim Linear simulation of a discrete system model
dstep Step response of discrete system model
iir_steigmcbride Steiglitz-McBride linear filter design
invfreqsd Computes analog filter that fits frequency response
invfreqzd Computes digital filter that fits frequency response
is_to_rc Inverse sine parameters to reflection coefficients
lar_to_rc Log area ratios to reflection coefficients
levinson IIR filter coefficients with Levinson-Durbin
lpc Linear prediction coding
lsf_to_poly Line spectral frequencies to prediction polynomial
poly_to_ac Prediction polynomial to autocorrelation
poly_to_lsf Prediction polynomial to line spectral frequencies
poly_to_rc Prediction polynomial to reflection coefficients
prony Prony IIR filter design
rc_to_ac Reflection coefficients to autocorrelation
rc_to_is Reflection coefficients to inverse sine parameters
rc_to_lar Reflection coefficients to log area ratios
rc_to_poly Reflection coefficients to prediction polynomial
revlevinson Autocorrelation with reverse Levinson-Durbin

 

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