2010/9/26 <[email protected]>: > On Sun, Sep 26, 2010 at 04:17:43PM +0200, Stefano D'Angelo wrote: > >> I recently (last friday) got my MSc graduation with a thesis on >> physics-based (a.k.a. physical) modeling for sound processing and was >> just about to post a link on this mailing list. >> >> http://naspro.atheme.org/public/mt_dangelo.pdf > > Auguri & congratulations !
Ti ringrazio :-) > The tube amp example is really nice - including the interaction > with the speaker - all of it: electrical, mechanical and acoustic. > This is also the first time I see both the impedance and mobility > models explained in a graduation paper. The fact that the two > exist is the source of *lots* of confusion - you did well to > include this, even if it's just a detail in the whole paper. Well, since almost nobody is into this stuff at my home university I thought it was a good idea to try to explain most things, even if not in much detail (the whole thing was mostly prepared during my Erasmus exchange programme in Helsinki, and there is a whole department working on this stuff there). > A question: how many iterations does the tube model typically > require to converge to the required precision ? I have to admit I don't know, I will check and let you know. ;-) > I hope you will continue to develop Permafrost, even without > optimisation it would make a very nice simulation tool. Eh... it depends on what is going to happen now, whether I will find a job or continue within the university and how much spare time I will be able to have. Money, damn money! In the meanwhile I already restarted working on it and there is also a friend of mine helping me (but he's a total beginner in "serious" programming).. let's see what happens. BTW, if somebody can offer me a job or a PhD or anything to keep me working on these things... :-) Regards, Stefano _______________________________________________ Linux-audio-dev mailing list [email protected] http://lists.linuxaudio.org/listinfo/linux-audio-dev
