Abstract: A method of analyzing and organizing printed documents is performed at a computing system having one or more processors and memory. The method includes receiving one or more printed documents, each including one or more pages. The method includes processing each page of each printed document. The method includes scanning the respective page to obtain an image file. The method also includes determining a document class for the respective page by inputting the image file to one or more trained classifier models, and generating a semantic analyzer pipeline including at least an optical character recognition (OCR)-based semantic analyzer. The method also includes applying the OCR-based semantic analyzer to the preprocessed output page to generate a preprocessed output page and to extract semantic information corresponding to the respective page. The method includes determining a digital organization for the respective printed document based on the extracted semantic information and the document class.

Abstract: A method for scheduling work for processing by a GPU is disclosed. The method includes accessing a work completion data structure and accessing a work tracking data structure. Dependency logic analysis is then performed using work completion data and work tracking data. Work items that have dependencies are then launched into the GPU by using a software work item launch interface.

Abstract: A method for scheduling work for processing by a GPU is disclosed. The method includes accessing a work completion data structure and accessing a work tracking data structure. Dependency logic analysis is then performed using work completion data and work tracking data. Work items that have dependencies are then launched into the GPU by using a software work item launch interface.

Abstract: Embodiments of methods, apparatuses, devices, and/or systems for load balancing two processors, such as for graphics and/or video processing, for example, are described.

Abstract: Embodiments of methods, apparatuses, devices, and/or systems for modifying a rasterized surface, such as by trimming, for graphics and/or video processing, for example, are described.

Abstract: Embodiments of methods, apparatuses, devices, and/or systems for video processing, such as for hidden surface removal or reduction, are described.

Abstract: Images from geometry renderers and particle renderers are composited by incorporating geometry information from the geometry image as a number of special cutout particles in the particle renderer. Instead of contributing to the color and opacity of pixels in the particle-rendered image, these cutout particles occlude or subtract from the accumulated color and opacity of those pixels. In this way, depth resolution is performed as part of the particle rendering process, and the geometry and particle images may be combined using a simple process such as alpha blending. In one embodiment, the cutout particles are obtained from a depth map associated with the geometry image.