Anomaly Detection for Network Traffic of I&C Systems Based on Neural Network

Wen Si, Jianghai Li, Ronghong Qu, Xiaojin Huang
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Abstract

Anomaly detection is significant for the cybersecurity of the I&C systems at nuclear power plants. There are a large number of network packets generated in the network traffic of the I&C systems. There are many attributes of the network traffic can used for anomaly detection. The structure of the network packets is analyzed in detail with examples. Then, Features are extracted from network packets. An unsupervised neural network called autoencoder is applied for anomaly detection. Training and testing database are captured from a physical PLC system which simulates a water level control system. The result of the test results shows that the neural network can detect anomaly successfully.
基于神经网络的测控系统网络流量异常检测
异常检测对于核电站I&C系统的网络安全具有重要意义。在测控系统的网络流量中,会产生大量的网络数据包。网络流量的许多属性都可以用于异常检测。通过实例详细分析了网络数据包的结构。然后,从网络数据包中提取特征。将一种称为自编码器的无监督神经网络应用于异常检测。训练和测试数据库是从模拟水位控制系统的物理PLC系统中捕获的。测试结果表明,该神经网络能够成功地检测出异常。
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