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H.264/AVC inter prediction for heterogeneous computing systems

机译:异构计算系统的H.264 / AVC帧间预测

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H.264/AVC is the latest standard for video compression and is a significant advance, but at the expense of increasing computing needs. Recently, the progress of GPUs has attracted considerable attention because they are able to offer practical and acceptable solutions for speeding up graphic and non-graphic applications. In this paper, we present an implementation of H.264/AVC Motion Estimation running on an NVIDIA GTX285 using CUDA. The algorithm is divided into three steps, all of which need to be executed sequentially but each one is exploited following a highly parallel procedure by using the GPU. The execution time of the proposed motion estimation algorithm is 53 times faster and it reduces the energy consumption by a factor of 9 compared with the JM reference encoder using a single CPU core.
机译:H.264 / AVC是视频压缩的最新标准,是一项重大进步,但以增加的计算需求为代价。近来,GPU的进步已经引起了相当大的关注,因为它们能够提供实用且可接受的解决方案来加速图形和非图形应用。在本文中,我们介绍了使用CUDA在NVIDIA GTX285上运行的H.264 / AVC运动估计的实现。该算法分为三个步骤,所有这些步骤都需要按顺序执行,但是每个步骤都需要通过使用GPU遵循高度并行的程序来加以利用。与使用单个CPU内核的JM参考编码器相比,所提出的运动估计算法的执行时间快了53倍,并且将能耗降低了9倍。

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