基于快速曲线变换和burrows wheeler变换的视频编码

Mr. Nithin
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引用次数: 2

摘要

由于多媒体和视频服务质量的提高,人们有了更多的经验。由于带宽要求和分辨率问题,设计者仍在寻找新的鲁棒编码技术。本文叙述了一种系统的视频压缩方法,该方法采用快速曲线变换、布伦斯-惠勒变换和霍夫曼编码相结合的新技术。修改快速曲线变换输出时每个矩阵中元素的个数。然后应用burrows wheeler和Shannon fano编码。Burrows wheeler变换BWT主要用于压缩任意类别的数据,无论其信息内容如何。霍夫曼编码原理是,用压缩二进制字符串来表示压缩后的流。霍夫曼码可以正确地重建,因为没有代码可以放在另一个代码之前。这种技术用于灰度和彩色视频。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Video coding on fast curvelet transform and burrows wheeler transform (Bch)
Due to the improvement in quality of multimedia and video services, peoples are more experienced. Because of bandwidth requirements and resolution problem the designers still search for new robust coding technique. This paper narrates a systematic method for video compression using a new technique: collaboration of fast curvelet transform, burrows wheeler transform and Huffman coding. Modify the number of element in each matrix at the output of fast curvelet transform. Then we apply burrows wheeler and Shannon fano encoding. Burrows wheeler transform BWT is mainly used for compressing any category of data anyhow of its information content. The Huffman coding principle is, compact binary string is used to represent a compressed stream. Huffman codes can be properly reconstructed because no code can be placed before the another code. This technique is used for gray scale as well as color videos.
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