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Video Encryption for Secure Multimedia Transmission - A Layered Approach

机译:用于安全多媒体传输的视频加密-分层方法

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Video security has gained profound importance over time in numerous applications wherein information in the form of video is to be secured from unauthorized access. Enciphering the video has become one of the prominent means of security and hence avoiding damage due to unauthorized access. Several schemes are available for securing the video files. These schemes focus mainly on the frequency domain of enciphering the video file. Some work in the spatial domain of enciphering the video file is also available. This paper proposes the usage of encryption methodologies to encipher video file in a time and space efficient manner. Here the application of region permutation techniques followed by application of AES and DES on the mp4 video files have been tested. The paper proposes the application of encryption scheme on the actual data that would be displayed after suitable processing rather than the application of the scheme on the video data file as a whole. The time selective video encryption methodology that used the concept of row-column permutation, effectively shuffles the video data resulting in faster and better encryption of video data. The proposed methodology renders the file playable in a distorted manner by enciphering the relevant video data after the video compression process has been performed thus taking advantage of the compression on video data.
机译:随着时间的流逝,视频安全性在众多应用中变得越来越重要,在这些应用中,要保护视频形式的信息免遭未经授权的访问。对视频进行加密已成为安全性的主要手段之一,因此可以避免由于未经授权的访问而造成的损坏。有几种方案可用于保护视频文件。这些方案主要集中在加密视频文件的频域上。在加密视频文件的空间域中也可以进行一些工作。本文提出了一种使用加密方法以节省时间和空间的方式对视频文件进行加密的方法。在这里,已经测试了区域置换技术的应用,然后在mp4视频文件上应用了AES和DES。本文提出了加密方案在经过适当处理后将显示的实际数据上的应用,而不是在整个视频数据文件上的应用。使用行列置换概念的时间选择视频加密方法可以有效地对视频数据进行混洗,从而可以更快更好地对视频数据进行加密。所提出的方法通过在执行视频压缩过程之后对相关视频数据进行加密,从而使文件可失真地播放,从而利用了对视频数据的压缩。

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