An Encrypted Abnormal Stream Detection Method Based on Improved Skyline Computation

Xinghong Jiang, Xuan Li, Chenyang Lv, Yong Ma, Yulong Shen, Meibin He, Guozheng Li
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Abstract

With the development of a new generation of mobile communication technology and the enhancement of user security awareness, a large amount of data containing private information generated by users every day will be transmitted in an encrypted form in the network, and it is difficult for traditional abnormal stream detection methods to detect encrypted data, which will increase the likelihood of DDoS attacks on servers that store user information. In response to this problem, this paper proposes a method called detection of encrypted abnormal stream based on improved skyline(DEF-IS). First of all, the Order-Revealing Encryption algorithm is used to encrypt the data stream to ensure the security of the data stream; Then, efficient encrypted abnormal data stream detection is carried out based on reservoir sampling algorithm and improved skyline algorithm; Finally, the performance of the DEF-IS algorithm is verified in the simulation environment. The experimental results show that DEF-IS algorithm can quickly and accurately detect abnormal data while ensuring the safety of data.
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基于改进Skyline计算的加密异常流检测方法
随着新一代移动通信技术的发展和用户安全意识的增强,用户每天产生的大量包含隐私信息的数据将以加密的形式在网络中传输,传统的异常流检测方法很难检测到加密的数据,这将增加存储用户信息的服务器遭受DDoS攻击的可能性。针对这一问题,本文提出了一种基于改进天际线(DEF-IS)的加密异常流检测方法。首先,采用揭示顺序加密算法对数据流进行加密,保证数据流的安全性;然后,基于储层采样算法和改进的skyline算法进行了高效的加密异常数据流检测;最后,在仿真环境中验证了DEF-IS算法的性能。实验结果表明,DEF-IS算法能够在保证数据安全的前提下快速准确地检测出异常数据。
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