| S. C. Jones and R. J. Moorhead II. Hardware-specific image compression techniques for the animation of cfd data. In Proceedings of SPIE, volume 1668, pages 141--146, San Jose, California, Feb. 1992. 4 |
....2 Related Work The areas of model based video coding and analysis of image sequences [9] are well explored. However, surprisingly littlel work has been done on exploiting the information in a computer animation script to improve compression efficiency. Previous work such as that described in [4, 7] is actually image based compression although the application is to computer animation. Guenter et al. 5] describe a lossless motion compensated compression algorithm for syntheic animations. In their scheme all the information necessary to compute the optical flow field, a 2D vector field ....
S. C. Jones and R. J. Moorhead II. Hardware-specific image compression techniques for the animation of cfd data. In Proceedings of SPIE, volume 1668, pages 141--146, San Jose, California, Feb. 1992. 4
....available to a compression algorithm for computer animation than is the case for live action video. However, surprisingly little work has been done on exploiting the information in a computer animation script to improve image compression efficiency. Previous work such as that described in [1] and [5] is actually image based compression although the application is to computer animation. The lossless compression algorithm for computer animation to be described in this paper combines elements of both motion prediction and spatial linear prediction compression techniques, using each when most ....
Jones, Stephen C. and Moorhead II, Robert J. Hardware-specific Image Compression Techniques for the Animation of CFD data. Proceedings of SPIE - International Society for Optical Engineering, 1668 (San Jose, California, February 10--11,1992), 141--146.
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