Securing compressed video streams using RC4 encryption scheme

S. Giradkar, Antara S. Bhattacharya
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引用次数: 7

Abstract

The multimedia technology facilitates the world to communicate faster with the multimedia systems like video communication(Video Telephony, HDTV), audio communication (Telephony), etc. With the faster communication medium more and more multimedia data are generated and transmitted in day to day life in the fields like medical, military, commercial, etc. The data in such fields may include some sensitive information which should be protected from outside world. Therefore security & privacy of sensitive data is one of the important issue. Our research focuses on the security & privacy of a digital video. The proposed research includes three parts, that is first one is H.264/AVC video encryption, second one is data embedding and third one is data extraction. This paper covers only first part i. H.264/AVC video encryption of our research. For encryption we used the RC4 algorithm. RC4 algorithm is a stream cipher & faster than block cipher algorithms. RC4 generates pseudorandom key stream & it is unintelligible without knowledge of input key thus it makes cryptanalytic attacks more difficult. We performs the encryption of video streams directly on the compressed domain & not during compression. Thus it preserves the compression & decompression time cycle. The experimental results shows the encryption of compressed video streams.
使用RC4加密方案保护压缩视频流
多媒体技术促进了世界与多媒体系统的交流,如视频通信(视频电话,HDTV),音频通信(电话)等。随着通信媒介的快速发展,越来越多的多媒体数据在医疗、军事、商业等领域的日常生活中产生和传输。这些字段中的数据可能包含一些敏感信息,需要对其进行保护。因此,敏感数据的安全性和隐私性是一个重要的问题。我们的研究重点是数字视频的安全性和隐私性。本文的研究包括三个部分:第一部分是H.264/AVC视频加密,第二部分是数据嵌入,第三部分是数据提取。本文只介绍了第一部分H.264/AVC视频加密的研究。对于加密,我们使用RC4算法。RC4算法是一种比分组密码算法更快的流密码算法。RC4生成伪随机密钥流,如果不知道输入密钥,则无法理解,从而使密码分析攻击更加困难。我们直接在压缩域上对视频流进行加密,而不是在压缩过程中。因此,它保留了压缩和解压缩的时间周期。实验结果显示了压缩视频流的加密效果。
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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