modeling and prediction (MathScript RT Module Subclass)
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 |