Sorry for the spam, but I have found a 2015 article which adresses some of the limits of the previous ones (with Matlab code) : http://www.cvg.unibe.ch/dperrone/logtv/index.html
*Aurélien PIERRE* aurelienpierre.com <http://aurelienpierre.com> ------------------------------------------------------------------------ Le 2017-04-27 à 05:05, Aurélien PIERRE a écrit : > > I have found some other implementations of blind deconvolution which > seem lighter. A Matlab example here : > http://cs.nyu.edu/~dilip/research/blind-deconvolution/. > > *Aurélien PIERRE* > aurelienpierre.com <http://aurelienpierre.com> > > ------------------------------------------------------------------------ > Le 2017-04-27 à 04:50, Heiko Bauke a écrit : >> Hi, >> >> Am 27.04.2017 um 10:27 schrieb Aurélien PIERRE: >>> I found a software (http://relaunch.piccureplus.com/) which goal is to >>> apply adaptative deconvolution to pictures in order to remove blur and >>> noise. The result is quite amazing, without halos. >> [...] >> >> looks very interesting. >> >> [...] >>> I know >>> some of the developpers here are PhD in physics and maths, maybe they >>> could take a look. >> >> I just had a very quick look at the research paper. This filter >> probably demands rather high computational resources, it needs to >> compute discrete Fourier transforms and to solve sparse linear >> systems. It might be too slow for a darktable-work flow. I will test >> this filter soon. >> >> >> Heiko >> > > > ___________________________________________________________________________ > darktable developer mailing list to unsubscribe send a mail to > darktable-dev+unsubscr...@lists.darktable.org ___________________________________________________________________________ darktable developer mailing list to unsubscribe send a mail to darktable-dev+unsubscr...@lists.darktable.org
