It' s fine. I mean if we don't consider the last level in the summation we should do height minus 1, with height = log_b(n), so the minus 1 is outside the bracket. Correct me if I am wrong
@@stefano3618 Didn't see it again haha. Yes, you are completely correct, it should be sum_{j=0}^{log_b(n)-1} I've pinned your comment for everyone else. Thank you so much!
I had a really hard time understanding the Master Theorem when I was studying Algorithms so long ago. You've made understanding this complex formula so much easier. Thank you.
Lars why are you so cool. This is one of the best algorithm teaching videos I've ever seen in my life. I’m relearning Master’s Theorem at 2am right now. Every couple mins I audibly say “what the f!!!” and pause the video to take agitated paces around the room because something you said just blew my mind again. Thank you for the clear explanation, the visualization, the scattered meme-ry, and the montage of cool applications at the end (I dropped so many "what the f"s going through that). Above all THANK YOU for all the time and care you put into this video, it is a cut above everything else I've seen!!!
After spending at least 3 hours checking the rest links you shared to get the basics I was able to understand this video. Kudos for the great work. Really appreciate it. Unfortunately, in academic level, there is the attitude of trying to confuse someone instead of explaining and this is where gems like this video bring light to the journey of Algos 😁
This is amazing. Thank you so much, Lars. Do you post videos anywhere else? I am studying "Introduction to Algorithms" by Cormen right now in school but I am much more a visual learner. Does anyone have any good playlists or outside resources to help with this material? I know a lot of folks really take to Abdul Bari's videos but I don't understand his explanations as easily as others seem to.
In 5:26 I haven't understood why the index of the sum is from j=0 to log b (n-1) rather than j=0 ti log b (n) - 1
Sorry for the late reply. Because the last/n-th term are the leaves, which are the term afterwards, i.e. Theta(n^(log_b(a)))
It' s fine. I mean if we don't consider the last level in the summation we should do height minus 1, with height = log_b(n), so the minus 1 is outside the bracket. Correct me if I am wrong
@@stefano3618 Didn't see it again haha. Yes, you are completely correct, it should be
sum_{j=0}^{log_b(n)-1}
I've pinned your comment for everyone else. Thank you so much!
it's a crime that your channel does not have millions of subscribers. THANK YOU for this
I agree
with only 2 videos?
Everywhere I searched they just used the formula or showed how to use the formula! This is EXACTLY what I was looking for. Brilliant work
I had a really hard time understanding the Master Theorem when I was studying Algorithms so long ago. You've made understanding this complex formula so much easier. Thank you.
Lars why are you so cool. This is one of the best algorithm teaching videos I've ever seen in my life. I’m relearning Master’s Theorem at 2am right now. Every couple mins I audibly say “what the f!!!” and pause the video to take agitated paces around the room because something you said just blew my mind again. Thank you for the clear explanation, the visualization, the scattered meme-ry, and the montage of cool applications at the end (I dropped so many "what the f"s going through that). Above all THANK YOU for all the time and care you put into this video, it is a cut above everything else I've seen!!!
I have never seen such an eloquent explanation of the master theorem in books or any videos, hats off.
absolutely beautiful work, really appreciate all the hard work you clearly put into this
Best video on master's theorem ! Thank You so much for this.
Look at this graph! Perfect! Just as I was nodding off, you caught my attention again!
confirmed best vid on YT about this. Saved my homework grade ty bb
After spending at least 3 hours checking the rest links you shared to get the basics I was able to understand this video. Kudos for the great work. Really appreciate it. Unfortunately, in academic level, there is the attitude of trying to confuse someone instead of explaining and this is where gems like this video bring light to the journey of Algos 😁
brrrruuuuh you need to create more videos this was awesome
thank you so much for the video. I really appreciate it: the topic is well and CLEARLY explained with fantastic animation.
Very well visualised. Good Job, Lars!
you explained master theorem 10 times better than our CS professor, this is soooo underrated!
You saved my Master's Degree! Thanks Lars, I love you!!!
This is such a great and helpful video. Very clear explanation... thanks Lars!! 🙌
I LOVE YOU LARS THIS HAS BEEN SO HELPFUL
so helpful! and you cited your sources!! T_T 🐐🐐🐐 thanks.
where have you been all my life. thank youu!
please make more videos, engaging, easy to understand and funny, great job!
What an incredible video. I would have saved so much time if I had found this video first! Thank you so much.
Really awesome explanation brother ... kudoes!!! You diserve so many subs!
Thanks for the Video Lars. It helped me a lot.
This is just amazing work!
Thank you so much.
Very good presentation and I loved your style of teaching!!
Omg please post more videos. I love this!
Holy fuck this is high quality, I'm surprised you don't have more subs
This is so op wtf how do you only have 300 subs
nice video man! Good explaination on the master theorem!
I think you are a kind person
great video, well explained and well made, making it very easy to visualize the concepts being apllied to the problems.
2:50 Nickelback.. this made my day
first time finally understanding it, thanks a lot
this is such a good explanation! :D thank you, i finally understand ^^
U are amazing, I hope u can continue to do this, it is wonderful viode.
brilliantly explained
Best Video so far on MT
great video, thanks bro
3:55 - "what is the depth of our tree?" - No such thing exists. You have the depth of a node, the height of a node, and the height of a tree.
🤓even professors would say the depth of the tree to refer to the deepest point of the tree
What a great video!
Damnnn I love these channels with horrible mic but extraordinary content
yeeeaaaah this explanation is glorious.
why do you only have one video??? i was so hoping to look at more :( but thanks anyway! great video
This is amazing. Thank you so much, Lars. Do you post videos anywhere else? I am studying "Introduction to Algorithms" by Cormen right now in school but I am much more a visual learner. Does anyone have any good playlists or outside resources to help with this material? I know a lot of folks really take to Abdul Bari's videos but I don't understand his explanations as easily as others seem to.
Please! PLEASE MAKE NEW VIDEOS ABOUT OTHER COMPUTER SCIENCE TOPICS! This video war really great and I understood the Theorem!
brooooo you are coooll af
Time-efficient at its best!
This is Wonderfull.... Best explanation
make more vids pleaseeeeee this is god tier
bro I owe you one THANK YOU
Thanks Lars Quentin!
can you provide your code for the animation in manim I am new to manim and I would really learn a lot from you
May you live a long happy life
You sir are a legend!
3:16 What does he say here ? Subtitles please
automatic subs help.
they get it right at 3:16
Where more video, hw due tmr , need help
This makes things so clear. Wow.
Thank You❤
Why you have ONLY ONE video ???
Thank you
brilliant
dude thank you for this video i explained this to some autistic girl at a party and she went home w me :)
thank you for this , my prof is garbage and im having a hard time with math
Very strong video. You could have a bigger audience if you also uploaded your videos in german ;)
YOUR VIDEO IS AMAZING, BE CONSISTENT AND ULL BLOW UP SIR!
Damn man I finally really get it 😂
Fucking amazing
I think the only problem is your accent is hard to understand for the masses. Otherwise I see no reason why you don't have at least 500K subs.
Notification gang ☑ we lit 🔥
Hey nice video.!!!
al gore rizzms
to few people have seen this!
bro work on the accent a little bit it is a little hard to understand
I see that you are trying to explain as best as you can, but I still don't understand. The other videos on UA-cam for Master Theorem are also garbage.