将语音混沌加密与脆弱图像水印相结合,实现音频安全与入侵检测

Bouslehi Hamdi, Seddik Hassene
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引用次数: 3

摘要

数字水印是一种保护数字音频、图像和视频版权的技术。根据我们的需要,水印可以是脆弱的,也可以是健壮的。在水印技术中,攻击是指任何影响水印检测的过程。本文研究了利用提取信号之间的信噪比值来评估攻击前后提取信号的质量。这种评价是为了展示我们的水印的脆弱性,它的标记是一个音频序列,通过混沌加密算法方法加密,并使用各种类型的攻击进行测试。利用水印的脆弱性作为一种控制入侵的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new approach combining speech chaotic encryption with fragile image watermarking for audio securing and intrusion detection
Digital watermarks have been created to be a protection technique of copy rights on digital audio, image, and video. A watermarking can be fragile and robust according to our needs. An attack in watermarking technology is any process that can impact the detection of the watermark. In this paper we studied the evaluating of extracted signal quality before and after attack with the SNR value calculated between extracted signals. This evaluation serves to present the fragility of our watermarking whose the mark is an audio sequence encrypted by a chaotic encryption algorithm method and tested by using various types of attacks. The fragility of watermarking is used as a tool to control intrusion.
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