00:50

wonderful lecture

@12:01 Panjab University not Chandigarh University.

Dear Sir, any pdf's for this course?

Felt good to see log(1/epsilon) term at 29:34 Ah much better than our earlier case of 1 / epsilon

Eh too theoretical, I was happy just knowing that strongly convex functions can be optimized easily as compared to just complex functions, as intuition shared by the prof in earlier classes

IDC is industrial design Centre .. and now called IDC school of design . IDC was never a department .. get your fundas right

Speaking as a graduate of Columbia University in New York City, I can say that you have a fine curriculum and many courses that are state of the art. Very good explanation of NMR shielding in this lecture. Courses/Lectures from NPTEL are an important part of my continuing education and research. Regards, Sam

At 27:14, coming out of the bracket, you missed multiplying by L/2 Hence it should be f(x_k) - (dell f_xk) ^2 / 2L

Why two different notations ra and Ra? Are they same. Although thanks for the video, it helped!!

16:35 is where stuff gets interesting

Eh, why do we need to analysze the KKT conditions for an SVM classifier, like we already went over the dual of an SVM a few lectures back That was intuitive and fun, this does not 😭 Or maybe I'm just to tired to comprehend stuff

Truly fortunate to get this

In iits each subject has an OOO outline but actual syllabus depend on teachers

30:02 wait there's assignments as well, how can I access those

I'm so happy I could independently arrive at the dual of SVM derivation damn I'm proud

15:43 so we simplified by problem by 1. obtaining an qualify constraint which was not available before 2. simplify the inequality constraint from Ax - b <= 0 to lambda >= 0

4:15 damn the class strenght has halved after just 10lectures Suprised to say even we have a similar temperament lol Also is it the bicep guy, thanks for not disappearing, kinda motivates me to watch more lectures

Alright, I love the fact that for unconstrainted optimization we just have to set the gradients to zero, which is basically what we did back in 12th grade Amazing

Feeling a lot less motivated to complete this course, a bit too heavy and I am short on time as well Barely have 10days before I start with my internship, so I'll be lot less excited to learn stuff from NPTEL

Was really fun to arrive at the proof for the duality gap existing (being > 0) Amazing !

Thankyou sir

I really appreciate clear technical teaching of Prof. Gadre. Thank you very much. Thanks

10 ?

I got a video explained by Iit bombay professooorrrrr!!!!!!!! ❤❤❤❤

Wow

Thank you !

Thankyou sir

Good video. Nice explanation by sir , Worth studying.....

the initial 10mins interaction with the class sets the tone for the entire semester We had profs who would straight up showcase that they were not interested in the class, and we would not be able to engage him/her throughout the sem Some were super engaging, and this was visible through the first 10mins of the semester itself I loved these type of classes, wherein the prof was more excited to show undergrads on how this teeny tiny subject has had multiple breakthroughs

Also damn, 29:37 is this course being recorded in a studio setting All that setup uff, guess I underestimated how much efforts institutes put in NPTEL

The pictorial expression and the lagrangian one was super smooth to understand, amazing

Bicep guy timestamp 31:48 39:45

Bicep guy timestamps 5:05 17:32 24:05 30:41

Excellent narration.mind blowing sir..jai hind bharat mata ki jai vande mataram...

Bicep guy timestamps 😭 8:22 18:59

Ah philosophical thought at 39:30 if everyone starts solving their problem locally, everyone would have their own estimates of what the solution would look like and may be very different from the global optima

"Large scale entropy in machine may lead to MAY SIN " - feynman...

9:46 hhaaaha the bicep guy is here 19:05 27:32

Ah thanks for not using the explanation of convex functions from the formula f ( tx_1 + ( 1 - t )x_2 ) <= t f(x_1) + ( 1 - t ) f(x_2)

Iit bombay is very good colllege

Nice explanation. Question and response type explanation is very good.

If q(r) gives the 1-D partition function along the reaction co-ordinate, why only translational PF is considered?

i think the unit of the ionic resistance in problem 2 would be 0.00127 ohm.m^2

sir, where is notes pdf

Not the guy at 16:15 flexing his biceps 😭

7:00 never in my undergrad at IIIT Jabalpur I have gone through such a delicate and intricate problem damn, this is like domain expansion for me

Is this course for undergrads 😭, I was confused at 0:25 itself damn

Ah seems a tricky course to take, would've dared if the last lecture had some comments 😭

Ah, saw this course on the nptel portal saying registrations open and the exam will be on 5th May 2025, but cannot seem to find the registration link for this course Can someone help me, thanks !