Abstract: The present invention relates to a color processing device and method by implementation of a color cube function to perform complex conversion from one color space to another. Color processing in real-time with a finite amount of system resources is achieved by means of a subcube curvature model. A known target space is calculated relative to an original space into final values; the final values are arranged and indexed as a three-output function of three inputs creating a subcube curvature model. The subcube curvature model is represented, communicated and stored in a reproducible way wherein each subcube curvature model is processed and displayed in substantially real-time. The color processing device is a system capable of translating one color space to another in real-time in finite resource systems, the system utilizing color processing hardware including a parallel processor, a field programmable gate array semiconductor; and phase-multiplexed look-up table arrangement with SRAM.

Abstract: A method and system for representing stereoscopic motion imagery data having a right eye spatial data set and a left eye spatial data set. Each member of the left eye data set has a corresponding member in the right eye data set. The method determines correlated data and uncorrelated data between at least one left eye member and corresponding right eye member and compresses the correlated and the uncorrelated data. The method then forwards the compressed correlated and uncorrelated data at or below a predetermined channel capacity.

Abstract: A modular video processing system and methodology for processing a plurality of video assets having different asset properties in real-time to a common format compatible with a display device is described. The system includes a plurality of pipelined video processing modules wherein each operational pipelined video processing module performs a different configurable video processing function on one or more video asset frames. The system also includes a process control module for providing each operational pipelined video processing module with data for configuring the video processing module for a current frame and data for configuring the video processing module for a subsequent frame wherein each configuration is based on one or more asset properties for the video asset being processed. Each pipelined video processing module has a memory location for the configuration for the current frame and a memory location for the configuration for a subsequent frame.