隐藏视频中的秘密图像

V. Thakur, M. Saikia
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引用次数: 25

摘要

互联网总是容易受到世界各地未经授权的人的拦截。如今,减少信息在传输过程中被检测到的机会的重要性正在成为一个问题。克服这些问题的一些解决方案是加密,但一旦解密,信息的保密性将不复存在。为了保护数据的机密性,这种信息隐藏方法可以推广到数字媒体的版权保护中。这里将详细讨论实现数据隐藏的重要性以及所使用的技术。传统的LSB修改技术通过将信息位随机分散到图像中,使未经授权的人难以提取原始信息,容易丢失有价值的隐藏秘密信息。本文提出了一种将秘密信息位嵌入到DCT高阶系数中的AVI (Audio Video Interleave)视频的数据隐藏和提取方法。这里采集的秘密信息是灰度图像的像素值。将灰度像素值转换为二值,并嵌入到AVI视频帧的DCT高阶系数值中。数据隐藏和提取程序的实验成功。这里展示了各种实验结果。所有实验均采用Matlab 2010a仿真软件完成。
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Hiding secret image in video
The Internet is always vulnerable to interception by unauthorized people over the world. The importance of reducing a chance of the information being detected during the transmission is being an issue now days. Some solution to overcome these issues is cryptography, but once it is decrypted the information secrecy will not exits any more. Hiding data for confidentiality, this approach of information hiding can be extended to copyright protection for digital media. The importance as well as the technique used in implementing data hiding is trying to discuss in details here. The traditional LSB modification technique by randomly dispersing the bits of the message in the image and thus making it harder for unauthorized people to extract the original message, is vulnerable to lose of valuable hidden secrete information. Here, we propose a data hiding and extraction procedure for AVI (Audio Video Interleave) videos embedding the secret message bits in DCT higher order coefficients. The secret information taken here is an grayscale image pixel values. The grayscale pixel values are converted to binary values and embedded those values in higher order coefficient value of DCT of AVI video frames. Data Hiding and Extraction procedure a re experimented successfully. Various experiment results are show here. All experiments are done using Matlab 2010a simulation software.
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