Network Intrusion Detection Method Based on Naive Bayes Algorithm

Yukun Huang
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Abstract

In order to improve the intrusion detection ability of multi-dimensional node combination mixed topology network, this paper proposes an intrusion detection method based on naive Bayes algorithm. Build a distributed structure model of intrusion data in the network, and conduct traffic statistics and feature analysis on the network through low-speed monitoring and combined frequency scanning, so as to extract abnormal traffic label features of data in the network. Then, according to the types of attacks, Detect the fuzzy clustering center of intrusion data. The fusion model of anomaly feature distribution of intrusion traffic sequence is established based on the clustering results. Based on this, detect the redundancy and correlation of intrusion information, then analyze the fuzzy weight analysis of intrusion traffic sequence, and complete adaptive learning. Finally, control the attack data, so as to achieve the extraction and detection of intrusion information features. The test results show that the intrusion data detection results obtained by this method have high accuracy, so it has good detection performance and strong anti-interference ability, which can be used to improve the network security and anti attack ability.
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基于朴素贝叶斯算法的网络入侵检测方法
为了提高多维节点组合混合拓扑网络的入侵检测能力,本文提出了一种基于朴素贝叶斯算法的入侵检测方法。建立网络中入侵数据的分布式结构模型,通过低速监控和组合频扫对网络进行流量统计和特征分析,提取网络中数据的异常流量标签特征。然后,根据攻击类型,检测入侵数据的模糊聚类中心。在聚类结果的基础上,建立入侵流量序列异常特征分布的融合模型。在此基础上,检测入侵信息的冗余性和相关性,对入侵流量序列进行模糊权值分析,完成自适应学习。最后对攻击数据进行控制,从而实现入侵信息特征的提取和检测。测试结果表明,该方法获得的入侵数据检测结果准确率高,具有良好的检测性能和较强的抗干扰能力,可用于提高网络的安全性和抗攻击能力。
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