thank you this is short and sweet compared to what my lecture has been trying to get us to do. One thing I may suggest to add would be to two signals at different n values instead of assuming both are already aligned
Excellent maam. My professor is using slide rule method to do convolution. Its more confusing .. but when i do ur method i got same answer . Thank you so much maam 👌👌👌👌👌👌
This method is good if the problem is not asking you at what specific value of n is the convolution, unfortunately she does not cover what the value of n is at each convolution point. Her method assumes they the two systems are lined up perfectly.
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thank you this is short and sweet compared to what my lecture has been trying to get us to do. One thing I may suggest to add would be to two signals at different n values instead of assuming both are already aligned
same felling bro
Tnq mam I've got O (outstanding) grade in Signals and systems only because of watching ur videos.. 😊😊
Very nice explanation mam 🎉🎉
You've no idea how u helped me. Thanks!
You just eased my frustration. God bless you
How one can earn frustration?
Excellent maam. My professor is using slide rule method to do convolution. Its more confusing .. but when i do ur method i got same answer . Thank you so much maam 👌👌👌👌👌👌
Excellent Presentation Ma,am. THANK you 🙏
INDIA IS AWESOME AMAZING!
Incredible teacher thank you, very simple to follow along :)
when you teach anything, i understand easily, thanks a lot, dear teacher. best of luck in your life, job and affairs
you are such a smart lady, please keep these videos coming, love the material! thanks!
madam i love your teaching am now assured of passing signals and systems
You saved my time. Thank you very much
Now same topics helps me DSP subject..
Now I feel it is very easy to learn 🤩
Thank you mam because of you I have written My exam well
This method is good if the problem is not asking you at what specific value of n is the convolution, unfortunately she does not cover what the value of n is at each convolution point. Her method assumes they the two systems are lined up perfectly.
good explanation
Thank you very much. This is very short and excellent. A great help
I can't thank you enough.
Nice tutorial.
Thank you very much
Just hardship of learning all by myself
Ms. Gowthami Swarna is fantastic.
Thank you mam it's very useful for me😍
After seeing this my confusion gone thank you soo much
Beautiful video, thank you!
You teaching clearly.great
madam, is this method only applicable only for discrete time signals?
Thank you for the outmost simplicity.
you are the best mam!!!
teaching more than my greek/english spanish math profesor
Pog
Very thanks you more help me please continue
Thank you friend!
Very very thanks to you
Thank You Ma'am. 🙏🏻
Amazing, thank you so much!!
Excellent Video
thank you ma'am
Thank you very much ma'am ☺️
You saved my Quiz Thank you so very much
Thank you
Thank you so much mam❤
Absolutely phenomenal. Thank you!
Thanks
Thank you❤️
Thanks Mam
What will position of origin in y[n]?????
did you figure this out by any chance and do you still know it?
Does the order of y[n] matter?
can this be applied to discrete wavelet?
thank you it is very good way excellent
Great
Can we do similar if 2D graph is given?
Tq akkka Very Much 💛🧡
Tyy 🎉
Is this we write in external exams ?
you saved me! Thank you :)
How to get I/p if y(n) and h(n) is given?
Thanks.
Thankyou madam
Mam this is a analytical method..
Thank u mam
What is the name of this method please?
what's the name of this lecturer?
Beautiful mam
tq mam
Man can u do a video on discrete convolution consisting of infinite series
Neither x[n] nor h[n] was shifted in this method. Isn't shifting the fundamental property of convolution?
🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰easily understanding
How to mark arrow mark
Please upload linear method also
For given h(n) and y(n), what will be the input x(n)?
How to get zero th position mam
I think.. this is simple
Determine and sketch convolution of the following h[n] = un-un-4] x[n] = {ẞ",0≤ n ≤8, where 0< 10, otherwise β
Did not mention about zero position
Hi
freaking genious
For solving decimation and interpolation problems do not follow this method follow the following link
ua-cam.com/video/gYgLbZKHDsg/v-deo.html
but this is how we find coorelation too.
5:06
ur nephew sent me here
what's the name of this lecturer?
goated
😘♥️♥️♥️♥️
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Thank you
Thanks
Thanks
thanks