Compatible and scalable coding of super high definition images

Qi Wang, M. Ghanbari
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引用次数: 1

Abstract

A fully compatible and scalable coding scheme for super high definition (SHD) video has been developed. Wavelet decomposition is performed such that the low frequency band is of CIF order, which forms a low-resolution core of the full sized video, and is coded by MPEG. The high frequency wavelet coefficients are coded by the proposed virtual zerotree which encodes the wavelets more efficiently than the simple zerotree. Embedded in the scheme is also the hierarchical motion compensation that gives high performance with a large capable compensation range, requires minimum computation, and reduces overhead motion information. With its scalability, data prioritization and precise bit-rate control, the scheme is suitable to code SHD video in multimedia applications.
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超高清图像的兼容和可扩展编码
开发了一种完全兼容和可扩展的超高清视频编码方案。进行小波分解,使低频段为CIF阶,构成全尺寸视频的低分辨率核心,采用MPEG编码。本文提出的虚拟零树对高频小波系数进行编码,比简单零树的编码效率更高。该方案中还嵌入了层次运动补偿,该方法具有补偿范围大、计算量小、减少开销运动信息等优点。该方案具有可扩展性、数据优先级和精确的比特率控制等特点,适合多媒体应用中的SHD视频编码。
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