[BBray_T1296]

Originally Posted by techhelpbb

Combine the 2 images into a steroscopic image on the robot then send frames of that steroscopic image. So the viewer at the driver's station can wear either the old fashioned red/blue or polarized lenses. Should be able to do it well within the computing power offered by a laptop that fits within the COTS rules if those do not change this year.

http://www.3dglassesonline.com/learn...d-glasses-work

Which oddly enough in my previous suggestions I suggested sending full frames one at a time (aka key frames) instead of a stream of video changes. It should be less difficult to make the network handle that sort of work. If you snap the pictures from the 2 cameras, the proper distance appart, process them, then send that...as quickly as you can that will likely work out. Even if you get a single static image it would still exhibit depth.

Now that is an interesting idea. Get a smallish polarized 3d tv and wear those glasses you get from the RealD 3d movies.

I think the OP was talking about integrating the gyroscopic capabilities of the Oculus to control the robot by steering the robot and raising/lowering a manipulating arm, which would independantly be possible (Via a TrackIR set or similar)