Complementary coding mode design based on R-D cost minimization for extending H.264 coding technology

T. Yoshino, S. Naito, S. Sakazawa, S. Matsumoto
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Abstract

To improve high resolution video coding efficiency under low bit-rate condition, an appropriate coding mode is required from an R-D optimization (RDO) perspective, although a coding mode defined within the H.264 standard is not always optimal for RDO criteria. With this in mind, we previously proposed extended SKIP modes with close-to-optimal R-D characteristics. However, the additional modes did not always satisfy the optimal R-D characteristics, especially for low bit-rate coding. In this paper, we propose an enhanced coding mode capable of providing a candidate corresponding to the minimum R-D cost by controlling the residual signal associated with the extended SKIP mode. The experimental result showed that the PSNR improvement against H.264 and our previous approach reached 0.42 dB and 0.24 dB in the maximum case, respectively.
扩展H.264编码技术的基于研发成本最小化的互补编码模式设计
为了提高低比特率条件下的高分辨率视频编码效率,从R-D优化(RDO)的角度来看,需要一种合适的编码模式,尽管H.264标准中定义的编码模式对于RDO标准并不总是最优的。考虑到这一点,我们之前提出了具有接近最优R-D特性的扩展SKIP模式。然而,附加模式并不总是满足最佳的R-D特性,特别是对于低比特率编码。在本文中,我们提出了一种增强的编码模式,能够通过控制与扩展SKIP模式相关的剩余信号来提供最小R-D成本对应的候选信号。实验结果表明,相对于H.264和我们之前的方法,PSNR的最大改进分别达到0.42 dB和0.24 dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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