For me, it came up in a course I took last term which used the textbook "Video Processing and Communications" by Y. Wang, J.Ostermann and Y-Q. Zhang. It's a bit out of date (2002), but the core video encoder material…
Ah! Small note. There are methods of compression and encoding that allow for scalability. There's some fancy signal processing you can do to encode multiple <framerates / resolutions / compression qualities> into a…
Why not post these observations instead, then? I think what you've written here is much more constructive than what was written above.
I'm someone who just took a computer vision course. I have other priorities (namely finals in other courses), so I haven't had much opportunity to repeatedly practice some of the more basic tasks in opencv. I wouldn't…
We weren't given many constraints related to the chess piece recognition itself. The course instead asks us to implement a CV research paper, and we chose an existing research project which focused on chess piece…
For me, it came up in a course I took last term which used the textbook "Video Processing and Communications" by Y. Wang, J.Ostermann and Y-Q. Zhang. It's a bit out of date (2002), but the core video encoder material…
Ah! Small note. There are methods of compression and encoding that allow for scalability. There's some fancy signal processing you can do to encode multiple <framerates / resolutions / compression qualities> into a…
Why not post these observations instead, then? I think what you've written here is much more constructive than what was written above.
I'm someone who just took a computer vision course. I have other priorities (namely finals in other courses), so I haven't had much opportunity to repeatedly practice some of the more basic tasks in opencv. I wouldn't…
We weren't given many constraints related to the chess piece recognition itself. The course instead asks us to implement a CV research paper, and we chose an existing research project which focused on chess piece…