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DDoS Attack Security Situation Assessment Model Using Fusion Feature Based on Fuzzy C-Means Clustering Algorithm

机译:基于模糊C均值聚类算法的融合特征DDoS攻击安全态势评估模型

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DDoS attacks have impaired the network availability seriously in the new network environment and the traditional network situation assessment methods cannot effectively evaluate the DDoS attack security situation. In this paper, a DDoS attack security situation assessment model using fusion feature based on Fuzzy C-means (FCM) clustering algorithm has been proposed. This model generates a fusion feature according to network flow changes in IP address of old and new users, and calculates the risk index of each network node on the basis of fusion feature and obtains the security situation information of the whole network by fusing the risk indexes of all network nodes, and clusters the fusion situation information with FCM into five security levels, so as to quantitatively evaluate the DDoS attack security situation of the whole network through the proposed situation risk degree recognition model. Experiments on real DDoS data show that the proposed model can assess the DDoS attack security situation reasonably and effectively and be more flexible than non-fuzzy methods.
机译:在新的网络环境中,DDoS攻击严重损害了网络可用性,传统的网络状况评估方法无法有效地评估DDoS攻击的安全状况。提出了一种基于模糊C-均值(FCM)聚类算法的融合特征DDoS攻击安全态势评估模型。该模型根据新老用户IP地址的网络流量变化生成融合特征,并基于融合特征计算每个网络节点的风险指数,并通过融合风险指数获得整个网络的安全状况信息。对所有网络节点进行融合,并将融合态势信息与FCM聚集成五个安全级别,以通过提出的态势风险度识别模型定量评估整个网络的DDoS攻击安全态势。对真实DDoS数据的实验表明,所提出的模型可以合理有效地评估DDoS攻击的安全状况,并且比非模糊方法具有更高的灵活性。

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