minfitlike@yahoo.co.uk wrote:> How do I simulate fractional delays - etc z^(alpha) where alpha > is non- integer eg -5.67 or whatever.Vesa V�lim�ki's thesis reviews several methods: http://www.acoustics.hut.fi/~vpv/publications/vesa_phd.html He's also got some papers on the topic. Martin -- Quidquid latine scriptum est, altum videtur.
Fractional Time-Delays
Started by ●March 1, 2007
Reply by ●March 2, 20072007-03-02
Reply by ●March 2, 20072007-03-02
On Mar 2, 7:10 pm, Martin Eisenberg <martin.eisenb...@udo.edu> wrote:> minfitl...@yahoo.co.uk wrote: > > How do I simulate fractional delays - etc z^(alpha) where alpha > > is non- integer eg -5.67 or whatever. > > Vesa V=E4lim=E4ki's thesis reviews several methods: > http://www.acoustics.hut.fi/~vpv/publications/vesa_phd.html > He's also got some papers on the topic.Yes, Vesa's papers are good. I like this one, though: http://eprint.uq.edu.au/archive/00000207/ :-) Ciao, Peter K.
Reply by ●March 3, 20072007-03-03
On 3 Mrz., 02:57, "Peter K." <p.kootsoo...@iolfree.ie> wrote:> On Mar 2, 7:10 pm, Martin Eisenberg <martin.eisenb...@udo.edu> wrote: > > > minfitl...@yahoo.co.uk wrote: > > > How do I simulate fractional delays - etc z^(alpha) where alpha > > > is non- integer eg -5.67 or whatever. > > > Vesa V=E4lim=E4ki's thesis reviews several methods: > >http://www.acoustics.hut.fi/~vpv/publications/vesa_phd.html > > He's also got some papers on the topic. > > Yes, Vesa's papers are good. > > I like this one, though: > > http://eprint.uq.edu.au/archive/00000207/ > > :-):-D
