4 ms·
Am I missing something, or where are the originals? (I'm assuming "super-resolution" in this context is like a function B = super_resolution(A). I can see lots
by bjornsing 10y ago
Am I missing something, or where are the originals?
(I'm assuming "super-resolution" in this context is like a function B = super_resolution(A). I can see lots of what I think are Bs, but where are the As? Aren't they super-relevant?)
() No pun intended.
- dmos62 10y agoThe example sets are clickable. That's where the As are.
- bjornsing 10y agoAs far as I can see there's only other kinds of Bs there (B = cubic(A), B = some_other_super_resolution_menthod(A), etc, etc). Can't find the real As... :P
- MagnumOpus 10y agoThe left-most item in the examples is labeled "ground truth". That is your "A" unless we misunderstand you.
- x1798DE 10y agoI think that the parent means that the "Ground Truth" is the high resolution original, and they never show a "low resolution" original. Presumably the process goes: High res. (A') --(Downsample)--> Low res. (A) -- (Upscale) --> Reconstructed (B) The sets show A' and B, but not A (unless I'm way off on what's happening in this process).
- bjornsing 10y agoYes, that's what I meant! If the Ground Truth where the A then I'd implement my very own "optimal super-resolution" like this: def optimal_super_resolution(A): return A It would be a huge breakthrough. :P
- ClassyJacket 10y agoThey don't appear to show the input anywhere.