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Implementation of truncated gray-coded bit-plane matching based motion estimation to HEVC

机译:基于HEVC的基于截断的灰编码比特平面匹配的截断灰编码比特平面匹配的实现

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In this paper, the performance of truncated gray-coded bit-plane matching (T-GCBPM) based motion estimation in the newest video coding standard known as HEVC is assessed. Truncated gray approach is based on the usage of the most significant bit-planes. Video coding performance between truncated gray approach and MAD measure is compared. As can be seen from the experimental results that low bit-depth representation based truncated gray approach shows a minor performance decrease about 0.2-0.25 dB (PSNR) at different bit-rates compared to MAD measure. It is possible to obtain a state of the art video coding module, which has low power consumption with truncated gray-based motion estimation if implemented in hardware.
机译:在本文中,评估了称为HEVC的最新视频编码标准中基于灰编码比特平面匹配(T-GCBPM)运动估计的截断灰编码比特平面匹配(T-GCBPM)的性能。截断的灰色方法是基于最重要的位平面的使用。比较截断灰色方法和疯电酒之间的视频编码性能。从实验结果可以看出,基于低比特深度表示的截短灰度方法显示与MAD测量相比不同比特率的次要性能下降约0.2-0.25dB(PSNR)。如果在硬件中实现,可以获得具有截断的灰度运动估计的技术的现有视频编码模块的状态。

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