Lossless compression in HEVC with integer-to-integer transforms

Fatih Kamisli
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引用次数: 1

Abstract

Many approaches have been proposed to support lossless coding within video coding standards that are primarily designed for lossy coding. The simplest approach is to just skip transform and quantization and directly entropy code the prediction residual, which is used in HEVC version 1. However, this simple approach is inefficient for compression. More efficient approaches include processing the residual with DPCM prior to entropy coding. This paper explores an alternative approach based on processing the residual with integer-to-integer (i2i) transforms. I2i transforms map integers to integers, however, unlike the integer transforms used in HEVC for lossy coding, they do not increase the dynamic range at the output and can be used in lossless coding. Experiments with the HEVC reference software show competitive results.
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HEVC中整数到整数变换的无损压缩
在主要为有损编码设计的视频编码标准中,已经提出了许多支持无损编码的方法。最简单的方法是跳过变换和量化,直接对预测残差进行熵编码,这是HEVC版本1中使用的方法。然而,这种简单的方法对于压缩来说效率很低。更有效的方法包括在熵编码之前用DPCM处理残差。本文探讨了一种基于整数到整数(i2i)变换处理残差的替代方法。I2i将映射整数转换为整数,然而,与HEVC中用于有损编码的整数变换不同,它们不会增加输出的动态范围,可以用于无损编码。在HEVC参考软件上进行了实验,取得了较好的效果。
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