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explain in wonderfull way. Thank you professor painter
Great explanation! Thanks
what if an element exist in more than 2 sets, such as e1 exists in S1, S2 and S3, than how can we construct the corresponding graph?
Super easy to follow and just what I needed for my algorithm course, thanks so much!
Just what I needed, thank you for the video!
this was really well explained, thanks
Thanks for the playlist.
How do I build the graph with an edge that is only in one Subset ? since according to your example each vertex is connection to another vertex if they have matching edges that correspond to the original subset items .. ?
Can you explain for 4-Approximation Vertex Cover Problem?
You are a legend sir
Thanks, very useful!
great explaination
Thank you very much!
Thanks!
All I wanted to know was how to show that Set Cover is in NP. :(
thats what he showed in the video :)
thanks men
Subscribed bro
Can you do machine learning next?
🐐
I love you
I love you too
@Ravioli Ravioli 💅when was this
explain in wonderfull way. Thank you professor painter
Great explanation! Thanks
what if an element exist in more than 2 sets, such as e1 exists in S1, S2 and S3, than how can we construct the corresponding graph?
Super easy to follow and just what I needed for my algorithm course, thanks so much!
Just what I needed, thank you for the video!
this was really well explained, thanks
Thanks for the playlist.
How do I build the graph with an edge that is only in one Subset ? since according to your example each vertex is connection to another vertex if they have matching edges that correspond to the original subset items .. ?
Can you explain for 4-Approximation Vertex Cover Problem?
You are a legend sir
Thanks, very useful!
great explaination
Thank you very much!
Thanks!
All I wanted to know was how to show that Set Cover is in NP. :(
thats what he showed in the video :)
thanks men
Subscribed bro
Can you do machine learning next?
🐐
I love you
I love you too
@Ravioli Ravioli 💅when was this