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Thanks a million Prof.Gusfield !Your lectures are very easy to understand and the way you explain things is awesome! I spent much time reading tutorials and articles but your lecture are the best!
Thank you , that was really helpful than any PDFs I've red .
Excellent lecture!!!
18:46 ...really?
This is a great string matching algorithm!
thank you sir 🙏🙏🙏🙏 much love and respect.
really excellent to learn
k'=k-l, if you don't want gettting into all messy details of how you actually compute what k` is
k-l+1 maybe?
Not that messy after all ;)
Nice lecture
thanks a lot!
There’s so little content on the z-algorithm despite its ingenuity!
How do we update Zi values in O(1) if one character is added or removed from T ?If not in O(1) then what minimum can we achieve.
Lenthy but worthit
how come this professor reminds me of agent Smith ??
Note to self: 23:50
hi :)
Thanks a million Prof.Gusfield !
Your lectures are very easy to understand and the way you explain things is awesome! I spent much time reading tutorials and articles but your lecture are the best!
Thank you , that was really helpful than any PDFs I've red .
Excellent lecture!!!
18:46 ...really?
This is a great string matching algorithm!
thank you sir 🙏🙏🙏🙏 much love and respect.
really excellent to learn
k'=k-l, if you don't want gettting into all messy details of how you actually compute what k` is
k-l+1 maybe?
Not that messy after all ;)
Nice lecture
thanks a lot!
There’s so little content on the z-algorithm despite its ingenuity!
How do we update Zi values in O(1) if one character is added or removed from T ?
If not in O(1) then what minimum can we achieve.
Lenthy but worthit
how come this professor reminds me of agent Smith ??
Note to self: 23:50
hi :)