why doesn't the calculation turn clockwise? what you describe follows clockwise, will it have different results?? there are several journals that I read that say something like that! Please help me
This is done for consistency and systematic traversal of neighboring pixels and also ensures uniformity in extracting directional features from the image.
![Local Binary Pattern (LBP) Image Dataset Training for Face Recognition [1/2] ~xRay Pixy](http://i.ytimg.com/vi/ToJgwtOA-YE/mqdefault.jpg)
![Local Binary Pattern (LBP) Image Dataset Training for Face Recognition [1/2] ~xRay Pixy](/img/tr.png)
Learn Face Recognition Step-by-Step using Local Binary Patterns (LBP) ~xRay Pixy
th-cam.com/video/FlLd3pQR5FA/w-d-xo.html
Who would've thought that someone could make us understand an entire research paper in just 14 minutes? Thank you for this amazing explanation. 🌺
Glad you enjoyed it!
Nice presentation 🎉
why doesn't the calculation turn clockwise? what you describe follows clockwise, will it have different results?? there are several journals that I read that say something like that!
Please help me
This is done for consistency and systematic traversal of neighboring pixels and also ensures uniformity in extracting directional features from the image.
Mam ye ranking kaise diya aapne???
Pixel are ranked based on their magnitudes
Good video 💯🤗😍😘
Thanks 🤗
Could you share the ppt used in the video description? :D
Hello @Mathew
please check this: codebypixy.blogspot.com/2021/10/local-directional-pattern-ldp.html
Do you have the LDP written code in python?
No.