Nice Follow-up! Really like the visual guides and the clear explanations. Ever thought of making a guide on how to set things up with a follow-through example on Python? I think it might be helpful for neophytes of Python and in this field.
Why is the magnitude M = √ ∂x²∙∂y²? Why the multiplication? This formula doesn't detect horizontal or vertical edges at all, because in those cases, one of the convolution products is zero. Wouldn't it make more sense to have some kind of gradient, i.e. M = √ ∂x²+∂y²?
Good video, thanks for sharing :) Just one tip. If you want to keep making videos I would suggest getting an external microphone. There's a some reverb and noise in your audio.
Currently taking a Computer Vision class and your videos are super helpful! Keep up the great work :)
Melissa Marcher woohoo! Thanks Melissa ☺️🙌🏻 good luck with your course and tell me if there is something you want me to make a video about
Thanks for sharing 🤓
Thank you Eddie!! It is really fun to make them :D
Great video! Nice camera and voice! Expressions are fantastic
Thank you Asad! :D
I just discovered this channel. Your videos are perfect! You're a good teacher (? Hahaha
Thank you again for you kind words!!
Great video and explanations!!
Thank you so much Julie :D
Nice Follow-up! Really like the visual guides and the clear explanations. Ever thought of making a guide on how to set things up with a follow-through example on Python? I think it might be helpful for neophytes of Python and in this field.
Thank you Manny! True I will consider it definitely :D
Why is the magnitude M = √ ∂x²∙∂y²? Why the multiplication? This formula doesn't detect horizontal or vertical edges at all, because in those cases, one of the convolution products is zero. Wouldn't it make more sense to have some kind of gradient, i.e. M = √ ∂x²+∂y²?
True! M = √ ∂x²+∂y²
Good video, thanks for sharing :)
Just one tip. If you want to keep making videos I would suggest getting an external microphone. There's a some reverb and noise in your audio.
Thank you for the tip! Right now I am not considering to buy anything more but would be good in the future :)
Thank you so much , I have a notice that the M= root (dx2+dy2) !
First time in my life time I'm seeing a beautiful girl with a brilliant knowledge😍😍
❤👍👍👍
Great that you like it!! :D