Thanks a lot, Prof.Verma! I'm going to start my thesis using the pseudo colouring and your introduction to it has been fundamental to understand what it is exactly.
Thank you Prof. Verma. Once again an interesting project clearly explained. It would be fascinating if you followed up with a 'realistic' grayscale to color program. For example to give natural(ish) tones to faces, transfer functions with certain phase shifts might give the right mixes from the grayscale. Or a program might use wavelets to first detect faces then colorize faces more subtly, maybe even down to eyecolor.
Thanks a lot, Prof.Verma! I'm going to start my thesis using the pseudo colouring and your introduction to it has been fundamental to understand what it is exactly.
Thanks Prof, it was really nice explanation!
Very easily explained, thank you!
Thank you Prof. Verma.
Once again an interesting project clearly explained.
It would be fascinating if you followed up with a 'realistic' grayscale to color program.
For example to give natural(ish) tones to faces, transfer functions with certain phase shifts might give the right mixes from the grayscale. Or a program might use wavelets to first detect faces then colorize faces more subtly, maybe even down to eyecolor.
This is possible by AI only. I Will try.
@@exploringtechnologies9 cool
sir I was implementing the 1st code and I got 3 copies of output instead of 1. how to change that?
U got three images bcz the input image which u have used is not an 8 bit grayscale image. It might be a RGB images (MxNx3) which looks like gray.
Hi Professor, I reached to you in your email requesting for the course details. If possible kindly reply. Thank you
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