数据隐藏reed-muller代码的图形实现

Ting-Ya Yang, Houshou Chen
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引用次数: 0

摘要

近年来,信息产业蓬勃发展,技术进步导致互联网蓬勃发展,人们大量通过网络相互传递信息,引发了信息安全问题。为了保证信息传递的安全性和可靠性,隐写术的发展由此产生。本文主要研究的是隐密信息的嵌入问题,研究的重点是如何保证隐密信息嵌入后的主机质量,即如何降低隐密信息的失真。另一方面,我们希望提高嵌入效率,这样我们可以发送更多的消息。同时我们也要考虑复杂性问题,过于复杂的算法是不可行的。本文研究的是二进制主机图像的数据隐藏,并利用纠错码中的线性分组码中的里德-穆勒码对隐写进行研究。提出了解码算法,针对嵌入率和嵌入效率进行了仿真分析和讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Graph realization of reed-muller codes for data hiding
In recent years the information industry develops vigorously and the progress in technology results in thriving augmentation of internet and people pass messages mutually through network in large number and triggers the issue of information security. In order to protect the safety and reliability of message passing, the development of steganography is thereby generated. In this research we will aim at its embedding and the major point of investigation is how to ensure the quality of the host after embedding secret message that means how to lower its distortion. On the other hand we want to increase the embedding efficiency and in this way we can send much more messages. At the same time we also have to consider the problem of complexity as too complicated algorithm is not feasible. This thesis is data hiding of binary host image and the Reed-Muller Codes of linear block codes in the error-correcting codes is applied to conduct research on steganography. Decoding algorithm is presented to conduct simulation analysis and discussion aiming at the embedding rate and embedding efficiency.
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