Excellent. Really thanks for this. I'm wondering do you have any other video (to plan to have) to explain how the communication works in practice among MPI processes?
Great video! However I can't seem to find the code for start_timer() and get_timer() function in the slides. Can you provide it so that I can run the code as a whole? Thanks!
I had a question about MPI_Bcast. The first program in the slide, that prints the randomly broadcasted value by process num_procs - 1, what happens if it is executed BEFORE num_procs-1 process makes the broadcast ? In other words, what happens when process with rank 2 or 0 executes MPI_Bcast before process with rank 3 has actually made it ?
Hey Priyank! I haven't seen the video, but generally I can tell you that broadcast operations are blocking in nature. Therefore, if an order is being followed, in general, the processes ahead in order will wait till processes behind in order to complete and terminate their operations.
![Shenseea - Dating Szn (Options) [Official Music Video]](http://i.ytimg.com/vi/eUePmZFIXUg/mqdefault.jpg)
WOW, I mean I was absent for three sessions and I just caught up with two of your videos! You are AMAZING!!!
This is a really really good video. Thank you.
Excellent. Really thanks for this. I'm wondering do you have any other video (to plan to have) to explain how the communication works in practice among MPI processes?
great explanations, thank you
Excellent 👍
En büyük mü bilmiyorum ama çok büyüksün
Great video! However I can't seem to find the code for start_timer() and get_timer() function in the slides. Can you provide it so that I can run the code as a whole? Thanks!
Excellent!
I had a question about MPI_Bcast.
The first program in the slide, that prints the randomly broadcasted value by process num_procs - 1, what happens if it is executed BEFORE num_procs-1 process makes the broadcast ?
In other words, what happens when process with rank 2 or 0 executes MPI_Bcast before process with rank 3 has actually made it ?
Hey Priyank! I haven't seen the video, but generally I can tell you that broadcast operations are blocking in nature. Therefore, if an order is being followed, in general, the processes ahead in order will wait till processes behind in order to complete and terminate their operations.
Greetings, love the content, can you suggest or guide maybe for implementation for HykSort algorithm with MPI???
Is this code available anywhere? Thanks for great the lectures!
Cool. Thank you!
bang,bang,bang,bang 🤣🤣