Thank you so much! This is such concise and clear explanation of what is going on under the hood

Thank you Professor, it was an excellent introductory lesson.

Thank you dear professor. Lots of respect to you.

Really this the best lecture I ever face... You used very unique way of teaching... Wonderful

Finally I understand what's going on, a HUGE thanks !

Exactly what I needed! much appreciated

Thank you professor, this is really helpful explanation

Great video !

Q: Do we have a numerical approach for integrals involving generalized functions like Green's or Dirac delta? can orthogonal polynomials take the form of generalized function?

Very good presentation

Thanks a lot. Excellent presentation.

Very useful video. Thank you sir.

nicely explained.

Great video. Thank you

thank you so so much for helping me !!!!!!! ❤

So helpful! Thank you for putting it into words

Nice explanation professor.

This serie of videos is enormously helpful, many thanks. Q: How does one choose the right formula to integrate a discrete function ? (In the video there are four "flavors" but we can find as many weight function as we want !) What kind of information on the function to be integrated should we have in order to perform such a choice ?

Predicting instantaneous hourly and integrated daily direct and diffuse solar flux we can use Gaussian quadrature form. Valuable topic where we can see how to imply fast Gaussian quadrature based estimate for water vapor pathlenghts. So we can give hydrostatic equilibrium form of Gaussian quadrature which will represent the atmospheric density.

How do you get that the integral is found with W(x) by which method?

I think if you wore a black gloves with coloured finger tips, then we would still get it when you point on something or put your hand on some part

So 3 points requires f(x) goes to polynomial 5, right?

This guy’s got mad flavor.

Hi professor Jeffrey, why do we assume that w1 = w2 = 1, and why do they have to be in symmetry?

this board setup is making me trip xO

where does w1=w2=1 ? please explain clearly

Thanks. You're a bit like a nice version of the teacher in whiplash 😅

did he just write things backward from his pov

kid named finger

Why does prof looks like a character from sopranos

internet college KZfaq institute

Waltuh