Font rendering on a GPU-based raster image processor

机译：基于GPU的光栅图像处理器的字体渲染

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Historically, in the 35 years of digital printing research, raster image processing has always lagged behind marking engine technology, i.e., we have never been able to deliver rendered digital pages as fast as digital print engines can consume them. This trend has resulted in products based on throttled digital printers or expensive raster image processors (RIP) with hardware acceleration. The current trend in computer software architecture is to leverage graphic processing units (GPU) for computing tasks whenever appropriate. We discuss the issues for rendering fonts on such an architecture and present an implementation.

机译：从历史上看，在35年的数字印刷研究中，光栅图像处理一直滞留在标记引擎技术后面，即，我们从未能够以数字打印发动机消耗它们快速提供渲染的数字页面。这种趋势导致了基于盗贼数字打印机或昂贵的光栅图像处理器（RIP）的产品，具有硬件加速。计算机软件架构的当前趋势是利用图形处理单元（GPU），以便在适当时计算任务。我们讨论在此类架构上呈现字体并呈现实施的问题。

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《SPIE Conference on Color Imaging : Displaying, Processing, Hardcopy, and Applications》|2010年||共15页
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John L. Recker; Giordano B. Beretta; I-Jong Lin;
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中图分类全集、选集;
关键词
printing; fonts; renderingVRIP; GPU;

机译：打印;字体;renderingvrip;gpu;

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专利

1. Subpixel Rendering: From Font Rendering to Image Subsampling [Applications Corner] [J] . Fang L., Au O.C., Cheung N.-M. Signal Processing Magazine, IEEE . 2013,第3期

机译：亚像素渲染：从字体渲染到图像二次采样[应用角落]
2. GPU-BASED VOLUMETRIC RECONSTRUCTION AND RENDERING OF TREES FROM MULTIPLE IMAGES [J] . Dominik M. M. Vock, Stefan Gumhold, Marcel Spehr, The Photogrammetric Record . 2012,第138期

机译：基于GPU的体积重建和多图像树渲染
3. An outline font rendering processor with an embedded RISC CPU for high-speed hint processing [J] . Kawata T., Kawauchi K. IEEE Journal of Solid-State Circuits . 1994,第3期

机译：具有嵌入式RISC CPU的轮廓字体渲染处理器，用于高速提示处理
4. Font rendering on a GPU-based raster image processor [C] . John L. Recker, Giordano B. Beretta, I-Jong Lin Color imaging XV: Displaying processing, hardcopy, and applications . 2010

机译：基于GPU的光栅图像处理器上的字体渲染
5. Efficient image-space data reuse in rendering and image processing. [D] . Yang, Lei. 2011

机译：在渲染和图像处理中有效的图像空间数据重用。
6. High-performance GPU-based rendering for real-time rigid 2D/3D-image registration and motion prediction in radiation oncology [O] . Jakob Spoerk, Christelle Gendrin, Christoph Weber, -1

机译：基于高性能GPU的渲染用于实时刚性2D / 3D图像登记和辐射肿瘤学中的运动预测
7. High-performance GPU-based rendering for real-time, rigid 2D/3D-image registration and motion prediction in radiation oncology [O] . Jakob Spoerk, Christelle Gendrin, Christoph Weber, 2012

机译：基于高性能GPU的渲染，用于实时，刚性2D / 3D图像登记和辐射肿瘤学中的运动预测

Font rendering on a GPU-based raster image processor

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