Just few seconds into the Density section and I can now understand how Edge Detection works. Such amazing work with concise information. Thank you for sharing this :D
good informative video! i was wondering about the logic of does it make the cpu run more performant because there is less visual quality... or all of the stream from the camera is still coming in the same as before but its hidden under the effect layer? as a example of if a smartphone tends to overheat due to the camera, would this effect reduce the performance and thus the heat generated by the system?
![Lecture 4.4: Edge Detection [Canny Edge Detection]](http://i.ytimg.com/vi/bFq9_F7q1Eo/mqdefault.jpg)
Thanks for watching the video! Let me know what you think of this style of explainer videos. Are there any topics you'd like to see next?
Just few seconds into the Density section and I can now understand how Edge Detection works. Such amazing work with concise information. Thank you for sharing this :D
Now that is what I call a great teacher! Thank you soo much! You really are a big help for my final project in Signal Processing Subject!
my left ear enjoyed the video!
How will we consider what is the threshold value?
what about the first and last rows and columns? at 5:59 we seem to miss these cells..
Sound might be offseted.. I don't know, good video regardless.
same here
where is the code
good informative video! i was wondering about the logic of does it make the cpu run more performant because there is less visual quality... or all of the stream from the camera is still coming in the same as before but its hidden under the effect layer? as a example of if a smartphone tends to overheat due to the camera, would this effect reduce the performance and thus the heat generated by the system?
That was really informative🤩
bro is in my left ear
Awesome video
Thank you.
nice
Thank you!
Nice informative video but your audio is only on my right side and was quite unpleasant.
Right side? I think you may have your headphones on backwards.