Method matrix/crb


  CRB computes the inverse of the Fisher Matrix
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  DESCRIPTION: CRB computes the inverse of the Fisher Matrix
 
  CALL:        bs = crb(in,pl)
 
  INPUTS:      in      - matrix objects with input signals to the system
               model   - symbolic models containing the transfer function model
 
               pl      - parameter list
 
  OUTPUTS:     bs   - covariance matrix AO
 
  Parameters Description
 
  VERSION:    $Id: crb.m,v 1.24 2012/06/09 09:00:24 miquel Exp $
 
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Method Details
Access public
Defining Class matrix
Sealed 0
Static 0

Parameter Description

Default

no description
Key Default Value Options Description
NAVS 1 none The number of averages to use when calculating PSD and CPSD.
F1 [] none Initial frequency for the analysis
F2 [] none Final frequency for the analysis
FITPARAMAS '' none Parameters of the model
MODEL '' none An array of matrix models
NOISE '' none An array of matrices with the cross-spectrum matrices
BUILT-IN '' none Symbolic models of the system as a string of built-in models
FREQUENCIES '' none Array of start/sop frequencies where the analysis is performed
PINV 1
  • 1
  • 0
Use the Penrose-Moore pseudoinverse
TOL [] none Tolerance for the Penrose-Moore pseudoinverse
STEP [] none Numerical differentiation step for ssm models
NGRID [] none Number of points in the grid to compute the optimal differentiation step for ssm models
STEPRANGES [] none An array with upper and lower values for the parameters ranges. To be used to compute the optimal differentiation step for ssm models.
WIN 0
  • 0
  • 1
Windowing the data.
WIN TYPE 'BH92'
  • 'Rectangular'
  • 'Welch'
  • 'Bartlett'
  • 'Hanning'
  • 'Hamming'
  • 'Nuttall3'
  • 'Nuttall4'
  • 'Nuttall3a'
  • 'Nuttall3b'
  • 'Nuttall4a'
  • 'Nuttall4b'
  • 'Nuttall4c'
  • 'BH92'
  • 'SFT3F'
  • 'SFT3M'
  • 'FTNI'
  • 'SFT4F'
  • 'SFT5F'
  • 'SFT4M'
  • 'FTHP'
  • 'HFT70'
  • 'FTSRS'
  • 'SFT5M'
  • 'HFT90D'
  • 'HFT95'
  • 'HFT116D'
  • 'HFT144D'
  • 'HFT169D'
  • 'HFT196D'
  • 'HFT223D'
  • 'HFT248D'
  • 'Kaiser'
  • 'levelledHanning'
Choose the type of the spectral window.
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Some information of the method matrix/crb are listed below:
Class name matrix
Method name crb
Category Signal Processing
CVS Version $Id: crb.m,v 1.24 2012/06/09 09:00:24 miquel Exp $
Min input args 1
Max input args -1
Min output args 1
Max output args -1




©LTP Team