Відео

Very good explanation

thanks ma'am your lectures are really helpful!! :)

entha answers lam correcta bro

Thanks for this content

At 1:36:28, the co-ordinates of constellation point 4(-A/2,0) & 5(A/2,0).

perfect explanation! It was the only class that worked for me, thank you very much, Shivani Dhok!

TBH ur playlist should HV been reached to more students

Can i get these notes?

Thank you ma'am ✨

spr spr

so lovely so beutiful just telling like a wow

What is the minimum number of samples required to represent a perfectly sinusoidal signal without losing any information? (a) 1 (b) 2 (c) 3 (d) Frequency dependent (e) Infinite

Respected genius of dSP the portal of the course is not working. How can I send the querries. Hope Aniket is bussy. But there was some bug in Assignment 10. I send a mail to that genius. can you plz show some concern on this

Respected mentor, Kindly refer your step 7 yesterday for design of digital filters, In the formual, S_L input was Omea_p/s while Step 3, For Hp, Input to Omega_l was written as - Omega-p/Omega_L. Assume there is no typo then what is 's' that was given in the denominator of input for S_L. If typo is assumed is it same denominator that presented in Step3?

Dear mentor, In last page of tutorial material , I understood as typo .The left hand inequality has a denominator has a typo of lacking index of 1/(2N) Using the formula, I estimated ragne of cutoff frequency and got it correct. Thank you.

Please keep assignment answer

very useful ! thank you mam

Respected mentor, This is N.S.MurtiSarma, attended your week3 tutorial. In that, while explanation on convolutional properties , I told that associtivity is condtional. But later, I observed for discretime LTI it is not condtional. For continous time x,y,z must be absolutely integrable individually . As our DSP strictly on descrete systems. There is no term absolutely integrable in our discussion than absolutely summable. Hence the invalidity condtion will not disturb the discussion. Sorry for pointing that without referening source properly.

I had many trouble of designing filters till I find your playlist thanks a lot 🙏🙏

could you show me the way to obtain x[n], x[n-1], x[n-2],....x[n-M], please? thank you so much.

Wonderful explanation. Thank you!

thanks you good explanation ☺️😊

you are good

hi ma'am, im doing the excersise about design IIR stopband filter using Butterworth, Cherbyshev 1,2. Can i ask you some questions about these things. Thanks for your useful video !

can you make video on Random variables and random processes???

thank you for lecture🙂

thank you so much mam

Ma'am, how do we get the link to join your classes?

Hi, can yo provide notes of these, your writing throughout the lectures

Such a great playlist

She is my sister. Very good my sister keep it up well done 👍🙏😊

hello, great video! however, i see prewarping in other videos are multiplied by 2/T , calculating omega c = omega p (prewarped) instead of omega s you used. Could you please clear the confusion. :) Thank you in advance.

She is my sister i am very proud of her❤❤❤

Very nice

I wish these people could communicate better in english.

really best explanation till date ! ❤

Highly helpful class

nicely explained

This course is an absolute hidden gem. I can't thank you enough for it.

Thank you 👍🏻🥰

Thank you it’s amazing

Good job mam

thank you so much. this is very useful for me...

Thank u ma'am 😊

Very Helpful Video Thank You.

intro to a new topic with practical example and implementation is 🔥🔥💯💯

This is gold , why it is not coming in recommendations.

You should study more about this . Step 7 is not clarified and you just can't substitute the value of n anyhow. There should have proper explanation. Thanks for your effort.

What if I want to create a filter using actual frequencies, I don't see the relation between those wp ws and actual frequencies in hertz

Mem your voice is gorgeous 😍 💖