| T. J. Olson, R. J. Lockwood, and J. R. Taylor, "Programming a pipelined image processor," Journal of Computer Vision, Graphics and Image Processing, Sept. 1996. |
....image processing unit consists of two greyscale CCD (charge coupled device) cameras connected to an image processing device, the Datacube MaxVideo 20. This Datacube performs operations on the video output. The operations of the Datacube are controlled by a special image processing language: VEIL [5], which is run on a host computer. In this way the data collected by the camera can be processed in a convenient way. This makes it possible to extract the desired information from the video output. In our case we identify, track and estimate the position of the hand of the user. A special feature ....
T. J. Olson, R. J. Lockwood, and J. R. Taylor, "Programming a pipelined image processor," Journal of Computer Vision, Graphics and Image Processing, Sept. 1996.
....will look. The last section gives an example trace of the system in operation. The visual processing, marker maintenance and control computations are performed on a Sun Sparcstation 2, with assistance from a DataCube MV200 for the vision sub system. The MV200 is programmed using the VEIL system [21]. The sound localization sub system runs on a Macintosh as described above, and relays its results to the control process via Ethernet. A ZebraKinesis Pan Tilt Verge unit controls the direction of the camera. A block diagram of the system appears in Figure 24. 32 Figure 24. System block diagram ....
Olson, T.J., Lockwood R.J., and Taylor J.R., "Programming a Pipelined Image Processor", Proceedings of the IEEE Workshop on Computer Architectures for Machine Perception (CAMP93), New Orleans, 1993, 93-100.
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