H.263视频解码可编程的图形硬件

A. Hirvonen, T. Leppanen
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引用次数: 5

摘要

像pda和移动电话这样的移动设备包括先进的多媒体处理能力,特别是在音频、图像和视频领域。在不久的将来,高性能图形处理将出现在移动设备上。最近3D图形加速硬件的发展带来了更高的性能,但也带来了通用和可编程的3D加速架构。除了图形处理,这些可编程架构还可以用于其他目的。本文描述了图形硬件如何用于基于h.263标准的视频解码。在我们的实现中,我们使用OpenGL图形API对图形硬件进行编程。结果表明,可编程图形硬件可以用于视频处理,但有一定的局限性
本文章由计算机程序翻译,如有差异,请以英文原文为准。
H.263 video decoding on programmable graphics hardware
Mobile devices like PDAs and mobile phones include advanced multimedia processing capabilities especially in the area of audio, imaging and video. High performance graphics processing is emerging to the mobile devices in near future. Recent development in 3D graphics acceleration hardware has brought higher performance but also versatile and programmable 3D acceleration architectures. These programmable architectures can be utilized also for other purposes than graphics processing. In this paper we describe how graphics hardware can be used for video decoding based on the h.263 standard. In our implementation we have used OpenGL graphics API to program the graphics hardware. It is shown that programmable graphics hardware can be used for video processing with some limitations
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