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Intrusion Detection and Attack Classification Using Feed-Forward Neural Network

机译:利用前锋神经网络入侵检测和攻击分类

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Fast Internet growth and increase in number of users make network security essential in recent decades. Lately one of the most hot research topics in network security is intrusion detection systems (IDSs) which try to keep security at the highest level. This paper addresses a IDS using a 2-layered feed-forward neural network. In training phase, "early stopping" strategy is used to overcome the "over-fitting" problem in neural networks. The proposed system is evaluated by DARPA dataset. The connections selected from DARPA is preprocessed and feature range is converted into [-1,1]. These modifications affect final detection results notably. Experimental results show that the system, with simplicity in comparison with similar cases, has suitable performance with high precision.
机译:近几十年来,快速互联网增长和用户数量增加网络安全。 最近网络安全中最热门的研究主题之一是入侵检测系统(IDS),该系统尝试在最高级别保持安全性。 本文使用2层前馈神经网络来解决ID。 在培训阶段,“早期停止”策略用于克服神经网络中的“过度拟合”问题。 所提出的系统由DARPA数据集进行评估。 从DARPA中选择的连接是预处理的,特征范围被转换为[-1,1]。 这些修改显着影响最终检测结果。 实验结果表明,该系统具有简单性与类似情况相比,具有高精度的性能。

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