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 ====== Julia: The future of scientific computing====== ====== Julia: The future of scientific computing======
  
-This talk is about the new scientific computing langauge, Julia. It's presented as a series of Julia notebooks, which you can view online as HTML via the following links. ​Or you run them interactively on your own computer by downloading ​+This talk is about the new scientific computing langauge, Julia. It's presented as a series of Julia notebooks, which you can view online as HTML via the following links. ​
  
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​1-introduction.ipynb|Introduction]] +  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​1-introduction.ipynb|Introduction]] 
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​2-numeric-like-matlab.ipynb|Numerical focus like Matlab]] +  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​2-numeric-like-matlab.ipynb|Numerical focus like Matlab]] 
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​3-modern-dynamic.ipynb|Modern and dynamic like Python]] +  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​3-modern-dynamic.ipynb|Modern and dynamic like Python]] 
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​4-fast-as-C.ipynb|Roughly as fast as C]] +  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​4-fast-as-C.ipynb|Roughly as fast as C]] 
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​5-kuramoto-sivashinky.ipynb|Test case: the Kuramoto-Sivashinksy equation]] +  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​5-kuramoto-sivashinsky.ipynb|Test case: the Kuramoto-Sivashinksy equation]] 
-  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-math753/​6-conclusions.ipynb|Conclusions]]+  * [[http://​nbviewer.jupyter.org/​url/​www.channelflow.org/​gibson/​talks/​kitp-2017/​6-conclusions.ipynb|Conclusions]] 
 + 
 + 
 +You can also download the notebook files and run them interactively using a Julia compute engine. To do this, either install Julia on your computer or log on to [[http://​www.juliabox.com]],​ and then start the notebook from the Julia prompt.  
 + 
 +  * [[gibson:​teaching:​fall-2016:​math753:​installing-julia | Installing Julia]] 
 +  * [[gibson:​teaching:​fall-2016:​math753:​julia-notebooks | Starting a Julia notebook]] 
 + 
 +Or sit back on the couch and watch the [[http://​online.kitp.ucsb.edu/​online/​transturb17/​gibson/​video |the video from KITP]]!
gibson/talks/kitp-2017.1486502481.txt.gz · Last modified: 2017/02/07 13:21 by gibson