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A new approach of user-level intrusion detection with command sequence-to-sequence model

机译:命令序列到序列模型的用户级入侵检测方法

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摘要

It is not foolproof for intrusion detection to focus only on the network level and the program level. Internal security and external security of information systems should be given equal attention. User-level intrusion detection can deter and curtail attackers from damaging information systems. Even if the mimic attacker has gained and enhanced the host user privileges that he illegally obtained. In this paper, a novel method based on recurrent neural networks (RNNs) is used to predict user command sequences and prophesy user behaviors. The experimental results show that our command sequence-to-sequence model is robust and effective for solving long sequential problem on three different data sets including Purdue University data set, SEA data set and self-collected data set.
机译:入侵检测不仅仅是对网络级别和节目级别的重点是无人驾驶。 信息系统的内部安全性和外部安全性应相同关注。 用户级入侵检测可以阻止和缩减攻击者的信息系统。 即使模拟攻击者已经获得并增强了他非法获得的主机用户权限。 在本文中,基于经常性神经网络(RNNS)的新方法用于预测用户命令序列和预言用户行为。 实验结果表明,我们的命令序列到序列模型对于在包括普渡大学数据集,SEA数据集和自收集数据集的三个不同数据集中解决长期顺序问题是强大而有效的。

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