I am currently at MIT taking a signal processing class, and this helped a lot! Thank you so much! You earned yourself another subscriber, this is a lot like 3blue1brown.
How do animals with higher frequencies ability to hear say 30 KHz feel when they hear that digital to analog music does it make them crazy. Like horses in race that suddenly are going crazy because of a gun shot.
The problem I faced was that a sinus of frequency zero becomes no signal at all, and thus destroy the visualization of frequency zero which is one of the most important examples of this video.
This is the best video I've ever seen for DSP. Never seen anyone explain something so articulately and precisely
really one of the best videos. And production quality is impressive
I was struggling with the concept so much until i watched this video. Thanks!
I am currently at MIT taking a signal processing class, and this helped a lot! Thank you so much! You earned yourself another subscriber, this is a lot like 3blue1brown.
Do you know from where is 1.5 in 3:07?
Perfect explanation
Hey, I wanted to extend my gratitude for your clear presentation on the material. Would love to see more videos from you
much appreciated.
I love your video.
This video is 10 on 10. Why you do not publish more videos on digital signal processing???
Quality Stuff
Nice video i really like and i have one question in 3:07 from where the number 1.5 i dont get it
?
I think he meant a half by "one half",so simply a 1/2
How do animals with higher frequencies ability to hear say 30 KHz feel when they hear that digital to analog music does it make them crazy. Like horses in race that suddenly are going crazy because of a gun shot.
A shame that you use a Cosine instead of a Sine. Makes it less obvious to find the periodicity.
The problem I faced was that a sinus of frequency zero becomes no signal at all, and thus destroy the visualization of frequency zero which is one of the most important examples of this video.
@@joakimjalden429 Interesting! Thanks 👍