musysid: contents.m - File Exchange

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musysid

G=phasefix(ff) G=phasefix(ff), takes ff in frequency function format (ident tbx),
[fr,sp,dfr,dsp]=ff2vm(ff) [fr,sp,dfr,dsp]=ff2vm(ff) converts ff in the frequency function format
[th,datan]=rarx3(y,u,adm,adg,... [th,datan]=rarx3(y,u,adm,adg,data0) MIMO model obtained joining
ff=vm2ff(fr,sp,dfr,dsp) ff=vm2ff(fr,sp,dfr,dsp) converts four varying matrices (mutools tbx)
fre=ffte(y,u,n) fre=ffte(y,u,n) very rough fft based transfer function estimate
sys=fre2sys(fr,T,wt) sys=fre2sys(fr,T,wt) fits a stable, minimum phase MIMO system to
th=arx3(y,u) th=arx3(y,u) MIMO model obtained joining all the MISO arx models
contents.m
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from musysid by Giampiero Campa
Mu-Tools based Multivariable System Identification

contents.m

% Mu-Tools Based SYS-ID : Musysid
% Version 1.3 (R11.1)  10-OCT-2001
% 
% 
% Some tools for MIMO system identification based on both
% the MU-TOOLS Toolbox and the SYSTEM IDENTIFICATION Toolbox :
% 
% arx3     : arx MIMO system identification
% rarx3    : recursive arx MIMO system identification
% 
% fre2sys  : sys fitting from MIMO frequency response
% ffte     : rough fft based MIMO transfer function estimate
% 
% ff2vm    : frequency format to varying matrices
% vm2ff    : varying matrices to frequency format
% phasefix : move phase angles between -pi and pi
% 
% 
% October 1998, Revised February 2001.
% 
% Giampy

Highlights from musysid

Highlights from
musysid