Well and at least a start on some useful functionality, to get everybody in the same place and not duplicating the initial effort.
Those kite power projects are so incredibly cool! I imagine you're using some combination of Casadi, Acado, and/or Optimica? I do model predictive control at Berkeley, we have our own custom Matlab/Simulink tools that work pretty well for our uses but longer-term I'd rather have something more elegant (and in an open environment) that doesn't have to work around Matlab's limitations and Simulink's 10+ subtly-incompatible but still-in-common-use versions. On Thursday, February 20, 2014 4:08:54 PM UTC-8, Uwe Fechner wrote: > > Hi, > > this looks already promising. The important thing is to get started and to > have an issue tracker, and with this > git repo this is already in place. > > I am currently working on automated control of kite-power systems. A > little video about our > project: http://www.youtube.com/watch?v=FJmlt3_dOuA > > Best regards: > > Uwe > > Am 21.02.2014 00:24, schrieb Tony Kelman: > > Have a look here, https://github.com/jcrist/Control.jl is making better > progress than anything else I've found in the topic. He has wrappers to > Slicot as well. > > On Thursday, February 20, 2014 1:56:20 PM UTC-8, Uwe Fechner wrote: >> >> Hello, >> >> I could not find any control system library for Julia yet. Would that >> make sense? >> There is a control system library available for Python: >> http://www.cds.caltech.edu/~murray/wiki/index.php/Python-control >> >> Perhaps this could be used as starting point? I think that implementing >> this in Julia >> should be easier and faster than in Python. >> >> Any comments? >> Should I open a feature request? >> >> Uwe Fechner, TU Delft, The Netherlands >> > >
