That is a great explanation for finding the capacity of cuts that are a bit trickier! Great visuals with the pipes and water flow, but using the car is a winner! Thanks so much!
Mersiii, dupa 10 tutoriale unul care chiar ii bun, poza cu tevile de apa ii foarte buna sa intelegeti cum se calculeaza si de ce uneori nu luam unele muchii in calcul.
Thank you, great explanation of mincut-maxflow idea. But what is the possible number of cuts in a graph? Even here - there are some diagonal cuts not mentioned. We need to try all of them to be shure that mincut is found.
Hi, thank you for this very helpful video. I was curious about this, though: if a cut was made through A-D, D-C, C-E, B-E. Following the car example you would add all except D-C together, but I believe C-E (even though the flow arrow is left to right) would not count as its flow was severed with the cut at A-D. Is this correct?
I do have one MAJOR gripe about this video, but aside from it, this is by far the very best video on youtube of this topic. I spent hours on hours rewatching the videos that show up with "fulkerson..." "max flow..." type of searches but when I searched those with "minimum cuts" appended, I finally found success. Thank you sir, you saved the skin of my nut. My one issue with the video is that you fail to recognize that we Americans also share this world with you. Did you forget we rightfully gained our independence? Quit living in the past you colonizer. Lmao thx man u srsly saved my bunghole from a deep wrecking I'd of prob been fissured :)
He’s Australian… drivers drive on the right side of the car in Australia. This may be shocking to you but not everything in the world is centred around America. If you don’t like the content go find some American to teach you.
bro the car explaination legit just saved my hsc thank you so much I never understood which ones to count until now
Explained better than 4 hours of lectures. Thank you
please kick me square in the bag
@@kells9k almonds
Best tutorial till now on max flow min cut. Such an easy to follow explanation.
That is a great explanation for finding the capacity of cuts that are a bit trickier! Great visuals with the pipes and water flow, but using the car is a winner! Thanks so much!
cup size bb?
Perfect.....Short, Concise and with useful Images!!
this is got to be the best explanation i have ever seen . well done pal, you saved me alot of time !
The visual examples were insanely helpful! Thank you!
THANK U SO MUCH I LOVE U I HAVE MY 50% FINAL MATHS EXAM TOMORROW U SAVED MY LIFE WITH THIS OMY GOD
Im watching this now in your same situation and brother I really hoped you passed :)
You have the passenger and driver sides mixed, like all UK drivers :P
Aside from that, it is a really good video. Thank you!
This guy aint from the UK... he's from our prison colonies
got the final exam tomorrow and just started to understand, thanks mate
My exam in 2 days im gonna cry for not understanding this topic with less info but i saw your video and the water concept is legitttt love ittttt😊😊😊
Thankyou so muchhhhhh I have my trials tmr and I Havnt studied! You’re a life saver!!!
Thankyou so so much, saved me in hsc
Thank you so much :D I didn't understand my lecture. You saved me.
Thank you very much! I have a test tomorrow on this haha!
Mersiii, dupa 10 tutoriale unul care chiar ii bun, poza cu tevile de apa ii foarte buna sa intelegeti cum se calculeaza si de ce uneori nu luam unele muchii in calcul.
man u r legend
Thank you, this video helped out a lot.
the best tutorial explained clear what is the cut and flow
super clear explaination in a short time
Congrats 🎉 so useful
If we cut horizontally left to right, how would the car work?
crystal clear damn
best video ever! thankyou so much
Legend!
Clearrr thanks!
Thank you, great explanation of mincut-maxflow idea. But what is the possible number of cuts in a graph? Even here - there are some diagonal cuts not mentioned. We need to try all of them to be shure that mincut is found.
That's so clear!
This is a helpful video thank you so much
Perfect!!! thank you sooo much.
this was so so helpful thank you sm
thank you so much
Hi, thank you for this very helpful video. I was curious about this, though: if a cut was made through A-D, D-C, C-E, B-E. Following the car example you would add all except D-C together, but I believe C-E (even though the flow arrow is left to right) would not count as its flow was severed with the cut at A-D. Is this correct?
I do have one MAJOR gripe about this video, but aside from it, this is by far the very best video on youtube of this topic. I spent hours on hours rewatching the videos that show up with "fulkerson..." "max flow..." type of searches but when I searched those with "minimum cuts" appended, I finally found success. Thank you sir, you saved the skin of my nut. My one issue with the video is that you fail to recognize that we Americans also share this world with you. Did you forget we rightfully gained our independence? Quit living in the past you colonizer. Lmao thx man u srsly saved my bunghole from a deep wrecking I'd of prob been fissured :)
He’s Australian… drivers drive on the right side of the car in Australia. This may be shocking to you but not everything in the world is centred around America. If you don’t like the content go find some American to teach you.
Thank you , this is very helpful!!! but You never addressed when to stop finding cuts ...
Overpowered
it took me a few minutes to remind my self you guys have the driver seat on the right chair, and till then I was like "is this guy an idiot?" lol...
THANK YOU JESUS!
Thanks king
Amazing
Can you do a video for the Exhaustion Method?
Thanks
3:45
6:00 Remember, you always shoot the driver!
i love you
the going through the car analogy is super trippy if you are from the united states ha
Why am I paying for college?