Well I've now got SVD working so I have my list of eigenvectors and eigenvalues. The last step is projecting it onto an eigenspace, then putting the image we want to recognise onto this eigenspace and measure the difference between something using the Euclidean distance. However, I'm not sure...
I had another chat with him today and he suggests to go the SVD route, I've had a look over it and I'm starting to get the idea. I have one really dumb question though. The SVD is represented as:
Amn = Umm Smn V*nn (*=transpose)
Where m = number of images (e.g. 30) and n = image...
Thanks basePARTICLE. I've had a look through my notes and I can't see energy mentioned anywhere? What do you mean by the image's energy?
And I'm not tied down to any particular method or technique by the way.
Thanks for the help so far guys. I'm still a little unsure of it all though. I went and saw the lecturer today but unfortunately he was just leaving so I only got chance to speak to him briefly.
I told him what I had done (load input images, calculate average image, subtract average image...
Hello all.
I've been given an assignment at Uni but I only have 10 days to do it, and I know very little about the subject, so I'm after some advice and/or suggestions of tutorials/guides that may help me.
The task is:
"The purpose of this assignment is to implement an appearance-based...