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- Path: sparky!uunet!pipex!warwick!uknet!str-ccsun!fyne!cnar08
- From: cnar08@ccsun.strath.ac.uk ("M.Akbar", Electrical Engineering)
- Newsgroups: sci.engr.control
- Subject: Re: SVD
- Message-ID: <C0HM8v.8vz@ccsun.strath.ac.uk>
- Date: 7 Jan 93 14:14:55 GMT
- References: <1ifkptINN9r5@bode.usc.edu>
- Sender: news@ccsun.strath.ac.uk (News account )
- Reply-To: cnar08@ccsun.strath.ac.uk
- Organization: Strathclyde University Computer Centre.
- Lines: 23
- Nntp-Posting-Host: fyne
-
- 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.
-
- 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
-