Thank you for the videos. Very informative and easy to follow. I do have a suggestion for timing. @btime removes compilation time is useful for fast functions. @time is sufficient for slow functions (such as training a neural network). However, when using @time, you should run it twice and use the second run. During the first run, the function is compiled, but the compile time should not affect subsequent runs.
thank you so much for your video, could you update some video about Distributed? i want use Julia to simulate turbulence, i don't know whether should use mpi or Distribute.
Thank you so much for creating these videos.
You're welcome! Thanks for watching!
Thank you for the videos. Very informative and easy to follow.
I do have a suggestion for timing. @btime removes compilation time is useful for fast functions. @time is sufficient for slow functions (such as training a neural network). However, when using @time, you should run it twice and use the second run. During the first run, the function is compiled, but the compile time should not affect subsequent runs.
thank you so much for your video, could you update some video about Distributed? i want use Julia to simulate turbulence, i don't know whether should use mpi or Distribute.
I tried installing the env for one of the julia academy courses and it installed all of conda on my machine it’s about 5gb of install … lol
it will just install the whole cuda kit and the library inside your julia lib lol
@@MrDoraHo Yea, well that whole Julia nonsense is off my drive now. Got me 10GB back!