I suppose this approach, which looks quite interesting in this presentation, has similar limitations to stereo imaging when it comes to depth determination. That is smooth surfaces would be a problem, and occlusions also a problem. That is just a supposition. Anyone know for sure?
Nice presentation! It's very interesting to work with a virtual image in front of the microlens array. Finally we create a small world in front of the microlens array where a single lens works like a camera. The occulsion problem is relaxed, because we look at virtual image. The baseline limitation is relaxed because the virtual image could be very close to the microlens.
I suppose this approach, which looks quite interesting in this presentation, has similar limitations to stereo imaging when it comes to depth determination. That is smooth surfaces would be a problem, and occlusions also a problem. That is just a supposition. Anyone know for sure?
ReplyDeleteNice presentation!
ReplyDeleteIt's very interesting to work with a virtual image in front of the microlens array. Finally we create a small world in front of the microlens array where a single lens works like a camera. The occulsion problem is relaxed, because we look at virtual image. The baseline limitation is relaxed because the virtual image could be very close to the microlens.
-yang ni