johannes nix avgvsqtuffbgmxnet hi might interest people look practical information realtime signal processing possibly using multiple cpus wonder whether possible use python audiotype worst case latencies around 25 ms ive done phd work realtime requirements dualcpu 64 bit platforms complex algorithms running multicomputers found numerical python great environment tasks ive used well massively parallel algorithms particle filters simulations auditory scene analysis special advantage get faster hardware simply copy algorithms new system compile even different cpu ive documented approach phd thesis appendix starting thoughts developments signal processing last years piece available online title abstract chapter read follows realtime scriptbased multiprocessing solution experimental development signal processing algorithms evaluation audio signal processing algorithms realtime platforms unique advantages however environments also used disadvantage requiring expensive hardware tedious work set providing short useful life report proposes exploit advances hardware software development integrating realtime processing scriptbased explorative development use multiprocessing hardware concept implemented based standard hardware open source software realization characteristics presented applications system algorithm development evaluation described briefly download link several paper formats httpmediunioldenburgdemembersjnixindexhtmlthesisdownload alternatively iso a4 paper use one two urls httpmediunioldenburgdedownloadpapernixjohannesphdthesis2005isoa4formatpdf httpdocserverbisunioldenburgdepublikationendissertation2006nixloc05nixloc05html paper size pdf pages 155 163 want cite chapter eg advocacy scientific computing using scipy please follows nix johannes 2005 realtime scriptbased multiprocessing solution experimental development signal processing algorithms localization separation concurrent talkers based principles auditory scene analysis multidimensional statistical methods appendix phd thesis universität oldenburg germany also currently looking interesting work opportunities contracts domain scientific computing statistical estimation know interesting position dont hesistate contact kind regards johannes dr johannes nix energy meteo systems gmbh research development windpower forecasts bremen germany phone 49 421 8963914 httpmailpythonorgmailmanlistinfopythonannouncelist support python software foundation httpwwwpythonorgpsfdonationshtml thu 07 aug 2008 005128 0700 chapter realtime signal processing using numerical python