Superb Technique. Had been going crazy for an hour trying to figure out how it works and now what would normally be a tedious process has been simplified to simple straightforward multiplication and addition -Thanks!!
Awesome tutorial! U just saved my life! I've got exam tomorrow and i spend several hours understanding the convolution and ended up wasting my time! Thanks man
You explained very clearly and got me to understand completely in just 6 minutes, something I took an entire day to try to figure out. Thank you so much.
Nice job. We just went over the property of the delta function and a strange graphical line-up that I somewhat followed but was still a little messy. This was very clear and concise!
What happens when you have an input where the zero is somewhere in the middle along with the impulse zero somewhere in the middle? How do you find the zero of the y[n] in this case?
Oh my gosh.. Our mam didn't taught us like that...... 😨😨😨😨😨😨... Its very easy....✌✌✌✌✌✌
11 років тому
thank you a lot for your easy explanation. i always studied a lot this subject, i say "yes i understood" but again i forgut. i couldn't understand logic of convolution. tomorrow i have dsp exam and i really understood just now. thank you a lot.
Wow, thank you so much😄, you were able to explain to me in a few minutes what the lecturer failed to do all semester In addition, I wanted to ask if it was called the Barker code?
You explained this well in 6 minutes and it took my teacher 50 minutes to confuse me. Thanks!
Benjamin Hershey Totally
So true!
My teacher spent 2 hour to make me understand this.
how do u graph y[n]
Just went through an hour lecture on this, where you perfectly explained it in 6 minutes! Bravo!
how do u graph y[n]
@@NostalgiaT you start from point zero and then plot the amplitudes you calculated
I created a youtube account just to thank you for this amazing explanation.Thank you!
Never commented on any vedio on UA-cam before. Just wanna thank you. You explained it very easily.
Superb Technique. Had been going crazy for an hour trying to figure out how it works and now what would normally be a tedious process has been simplified to simple straightforward multiplication and addition -Thanks!!
Awesome tutorial! U just saved my life! I've got exam tomorrow and i spend several hours understanding the convolution and ended up wasting my time! Thanks man
You just ended a long, ardous study session in 6 minutes. Thank you so much, I get it now
it took me just 2 min to understand .Really helpful
You explained very clearly and got me to understand completely in just 6 minutes, something I took an entire day to try to figure out. Thank you so much.
Its fantastic !! Now every thing related to convolution is clear to me. Thanks a lot
Convolution sun and example? More like “Cool video, and thanks for the clarification, which was ample!” 👍
Nice job. We just went over the property of the delta function and a strange graphical line-up that I somewhat followed but was still a little messy. This was very clear and concise!
What happens when you have an input where the zero is somewhere in the middle along with the impulse zero somewhere in the middle? How do you find the zero of the y[n] in this case?
Simplest way to understand ! Great job man
how do u graph y[n]
Oh my gosh.. Our mam didn't taught us like that...... 😨😨😨😨😨😨... Its very easy....✌✌✌✌✌✌
thank you a lot for your easy explanation. i always studied a lot this subject, i say "yes i understood" but again i forgut. i couldn't understand logic of convolution. tomorrow i have dsp exam and i really understood just now. thank you a lot.
why do you consider the impulse response n=0 as the 2nd digit in the sequence?? It makes sense for the x[n] because its the first digit.
Thanks for this simplified and neat description. Now it is clear for me. Thanks again.❇
Explained very well!
I am in the exact same case, and I have to thank you, I 've understood it perfectly now :)
Thank You, you save the day!
That was really very helpful. Thank you!
Thanks, great explanation, has helped me prepare for my exam. Much appreciated.
Soooooo easy explained ......... Thanks!
Very easy to understand. Thank you
This is spectacular.
Glad to help out, and thanks for the feedback!
Excellent explanation. Though my teacher explained it properly as well, she wasn't clear on the different index thing.
Wow, thank you so much😄, you were able to explain to me in a few minutes what the lecturer failed to do all semester
In addition, I wanted to ask if it was called the Barker code?
Clean and elegant
Absolutely Stunning!!!
thank-you soo much.... well explained😊😊
wtf this is more straight forward an easy. Why anyone doesn't teach this method.
At 5:13 why didn't you fold the sequence h(n)
Thank you for a wonderful explanation
nice explaination i loved it thanks
Thanks a lot! Most effective explanation ever :)
What if you move the origin for the signal x[n]? like if the function is x[n]=[4,1,2,-5]. The origin is now at 2. How would you convolve these two?
Thanks a lot, it's so amazing, I understand it, really thanks a lot 😊😊
Oh ! Thanks a lot , Great Video , plz keep on uploading such videos
It's clear, but if n=0 is in 2's position not 4 for x, how to calculate it?
I completely understand why your 4 at your input signal is n = 0, but i dont understand at your impulse responds that 2 is your n = 0, why isn't it 1?
maybe it's just an example he design to be 2 at n=0
it's also mathematically ok to make it 1 at n=0, but will lead to different answer
@@spongebob1477 But with this choice h[n] is not causal, thus implying that the system is not physically realizable!
how do u graph y[n]
Is this video a part of a play list?
easy techniques learn from you
4:39 How you multiplied 1 by 4 .there should have a zero. No 4 is visible to me . PLz exlplain
Yep there is a zero but since 0 times anything gives 0 he just skipped that step
you are a good man
AMAZING STUFF
you are a super hero
I'm still confused - why is n=0 for the impulse response at 2 and not at 1?
I think it's simply defined that way, although all real-world systems should be causal.
Amazing man! Thank you very much!
So y[n] is another set, so why use the sum operator? I thought that all the elements of y[n] would need to be added together...
Great simplification :D
You make it tooo easy
I think I love you now! Thanks!!!
You made my life easier. Thank you.
how do u graph y[n]
How to know the n=0 point in input and impulse signal if not given??
Hawa Huri then it will be the 1st value given in x(n) or h(x).
great tutorail you are a superman
Very helpful, thanks!
Thank you very much
good video
Thanks
Awesome !!!
awesome ..
great job, thank you!
is there a reason why he wrote 4 not below 1 but below 2?
Are you Kal Penn?
wow, short and simple! :)
Could you please upload a video that shows the Continuous time convolution
Try searching this channel for "convolution" and you will find ua-cam.com/video/zoRJZDiPGds/v-deo.html.
how do u graph y[n]@@ntspress
how n=0 i located at 9?
because 9 is summation of 1 and 8 both are in position 0
Wow! Finally I get it, thank u! ^_^
thanks a lot man
Thank you.helful.
Thank you
Thank you for the great explanation! Make sure to do the math on the paper by yourself also.
thanks a lot
thank u sir
thanks so much sir
No entiendo su letra mmmmmm???🤔
so sad. this video cuts out :(
i love u!
u should have graphed it at the end :/
i love you
Fire my teacher and replace him with UA-cam
i love u
1.25x speed
Thanks
i love u
Thanks