Narrow Art Gallery | Dynamic Programming

[@LeoLeo-nx5gi]

Happy to have you back again, waiting for more such videos ^_^

[@taivinh1986]

I hope you'll make more videos like this one. It's really useful for many new competitive programmers like me.

[@balaeinstein8710]

hi william . really happy to see you back after few months . is there any possibility of new udemy courses? i got enrolled in your graph algorithms . very good course

[@ankitpandey3724]

Thanks a lot william.

[@carlosgonzalez-almansalare2446]

Really interesting problem and excellent explication, really enjoyed watching, keep this way broo

[@satyam7891]

Please make a good playlist of
DP like playlist of graphs(it was
Awesome)

[@溡沭]

Hello William, I very like your works which helped me a lot when I'm preparing the ICPC. If you don't mind, I would like to ask your permission to share this video to another website in China for UA-cam was blocked from accessing in China. Of cause I will give sources of the original website and add Chinese subtitle. Thank you very much.

[@WilliamFiset-videos]

Permission granted. What's the website?

[@rishikeyyadav5717]

great explanation.make more of non standard videos like this on DP..

[@prasannathapa1024]

DP Series pleaseeeee make it 😭😭

[@mzmzgreen]

Amazing video! Can you also include space/time complexity analysis of the algorithms you explain, please?

[@HelloWorld-tn1tl]

Time: O(2^r), Space: O(2^r + k*r)

[@entertainmentiseverything8650]

Awesome ❤️❤️

[@siddhantkhare1659]

Please make a series of Dynamic Programming for beginners, as you made for Graph Algos.

[@Squirrelschaser]

Nah. There's ton of resources online already on beginner DP. Plus he has one on knapsack which is a classic beginner dp problem.

[@treyi1794]

Please make a series on dynamic programming

[@ShivamSingh-kb3ff]

🧡🧡🧡🧡🧡

[@ShivamSingh-kb3ff]

Awesome! Awesome! Awesome! Awesome!