A Novel Dynamic Graph Software Watermark Scheme

Jianqi Zhu, Yanheng Liu, Yi Kexin
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引用次数: 14

Abstract

A novel two-dimensional IPPCT (2D_IPPCT) and a multi-dimensional IPPCT (MD_IPPCT) are presented in this paper. 2D_IPPCT structure has greater data rate. It is proved that under the circumstances of the same number of leaf nodes, the data rate of MD_IPPCT will increase to a limit with dimension number n increasing and this limit is also computed. Moreover, we prove that there exists a two dimensional area, when the data rate is in this area, the DGW system will have a higher overall performance. In a word, 2D_IPPCT structure not only inherits the stability of PPCT structure, but also has higher encoding rate.
一种新的动态图形软件水印方案
本文提出了一种新的二维IPPCT (2D_IPPCT)和多维IPPCT (MD_IPPCT)。2D_IPPCT结构具有更高的数据速率。证明了在叶节点数相同的情况下,MD_IPPCT的数据率会随着维数n的增加而增加到一个极限,并计算了这个极限。此外,我们证明了存在一个二维区域,当数据速率在该区域内时,DGW系统将具有更高的整体性能。总之,2D_IPPCT结构不仅继承了PPCT结构的稳定性,而且具有较高的编码率。
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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