P, NP and Approximation Algorithms: Prof. Naveen Garg, IIT-Delhi 

I love bright students listening to him

NP is the class of problems for which given solutions can be verified in polynomial time. With this definition, it is easy to perceive why P is a subset of NP.

Great to watch wonderful professor also appreciate living science

No doubt Naveen Sir is an excellent professor.

He still is the same teacher. The second student in blue T-Shirt had a point.

Amazing teaching style.....pls upload more videos on algorithm.....thank u sir giving us your valuable time....

could not believe the professor became old. I was having picture of him teaching the DS in youtube

teaching methodology is awesome

Where can I find hi slectures other than IIT Delhi(nptel)

amazing lecture :) sir please upload more on algorithms thankyou

Very nice explanation. Please upload more videos on Approximation algorithms and FPT algorithms.

good teacher nice lecture, wish you all the best, greetings from Serbia

are his lectures on algorithms available ? i mean new ones ? .. more like advanced Algo lectures ..

I wish my teachers are like u

PLEASE KEEP BOTH BOARD AND PROF IN FOCUS.. SET MAX APERTURE! ITS DISTRACTING!

What is the field I need to get in at IIT-D to study this subject from him?

Great teaching .

can any body say what is approximation we are making for vertex cover problem?

Wooooow❤❤❤. Great explanation. Is there any platform where I can get other lectures of him?

Ausum prof. Love u alot pranam

Thank you, very helpful.

Where I found data structures lecture

What is the significance of the additional vertical lines when you write 'P' and 'NP' ?

wonderful.

Thanks

Greetings Professor .. I am an Iraqi PhD student I study in Malaysia and I need your help because I work with the same competence I can communicate with you ... with appreciation

Sir I want more lecture on algorithms

🙇‍♂️🙏

respectfull.teaccher.

please upload more videos of daa

i study i mit , and ur lecture was kinda a helpful thanks sir

Number of particles in the universe is between 10^72 to 10^87