下一代视频编解码器的扩展变换分区

Sarah Parker, Yue Chen, Urvang Joshi, Elliott Karpilovsky, D. Mukherjee
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引用次数: 1

摘要

amedia的免版税编解码器AV1自2018年发布以来取得了巨大成功。目前它的BDRATE比VP9高31%,并且正在成为YouTube的默认编解码器。尽管业界目前专注于AV1的实现和优化,但AOMedia Research仍在继续开发新的编码工具,在可接受的复杂度范围内提供更高的编码增益。在这里,我们关注于改进转换编码。虽然AV1在转换编码方面比VP9有了很大的进步,但剩余信号仍然消耗了很大一部分比特流。本文提出了一种更灵活的变换分割方案,使下一代编解码器能够更有效地针对残差信号中的高能量区域,从而获得更好的残差压缩效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On Extended Transform Partitions For The Next Generation Video CODEC
AV1, AOMedia’s royalty free codec, has enjoyed a great amount of success since its 2018 release. It currently achieves 31% BDRATE gains over VP9, and is on its way to becoming YouTube’s default codec. Although the industry is currently focused on the implementation and optimization of AV1, AOMedia Research continues to develop new coding tools that deliver higher coding gains within acceptable complexity bounds. Here, we focus on improving transform coding. While AV1 has made great strides in transform coding over VP9, the residue signal still consumes a large portion of the bitstream. In this paper, we describe a more flexible transform partitioning scheme, which will allow the next generation codec to more efficiently target areas in the residue signal with high energy, leading to better residue compression.
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