🚀 go-pugleaf

In article <C0HM8v.8vz@ccsun.strath.ac.uk>, cnar08@ccsun.strath.ac.uk ("M.Akbar", Electrical Engineering) writes:
|> In article 1ifkptINN9r5@bode.usc.edu, wang@bode.usc.edu (Weizheng Wang) writes:
|> > In article <1992Dec28.202902.29682@noose.ecn.purdue.edu> kavuri@lips2.ecn.purdue.edu (Surya N Kavuri ) writes:
|> > >
|> > >   If I have a transfer function in the Laplace Domain 
|> > > how can I compute SVD ? Are there any algorithms for this ?
|> > >
|> > >  Thanks
|> > >
|> > >  Surya Kavuri
|> > > 
|> 
|> If you have a simple transfer function in Laplace Domain you
|> may need to write a simple program in MATLAB to calculate the
|> SV's using SVD in matlab.

I believe that if you have a transfer function (not TF matrix), then
the singular value = gain.  Of course if you want the decomposed form
of the system then easiest is to transfor transfer fcn into state-space
and use state-space SVD.

|> 
|> What you have to do is define the frequency vector say w
|> and s=jw and calculate the SV's for each point.
|> 
|> 
|> If you have the ABCD matrices then just use sigma in the
|> control toolbox.
|> 
|> Mahmood Akbar

--
Mike Stoughton
stote@den.mmc.com